Project Quiver Dev-Kit Manufacturing Guide

PCB Assembly Guides

Main PCB

This chapter will help with the project Quiver Main PCB assembly process.

[!Note] This is not a final version of this document. The given instructions will give a general guide on the assembly process. Assembly should only be carried out by an experienced worker with experience in SMD soldering and the appropriate equipment. If you need this PCB fully assembled please contact the project Quiver team.

This PCB can be ordered fully assembled from the respective PCB manufacturer (e.g. JLCPCB). There are several parts that are normally not in stock at the PCB manufacturer and need to be sourced from one of the large electronic component distributors by the PCB manufacturer. This means that the production time for a finished PCB is around 3 weeks.

The manual soldering of the circuit board can be done with the help of this interactive BOM which is stored in the respective github folder of this PCB (it is not recommended):

Quiver_Dev-Kit_Main_PCB_ibom.html

This is an HTML file that opens in the browser. On the left side is the parts list and on the right side are the views for the front and back of the circuit board. It will help to put the components in the right place.

It is essential to use a pcb stencil to place the solder paste in the right places. A reflow oven or a hot air blower (temperature and airflow controllable) should be used for the soldering process.

View on the top side of this PCB:

View on the bottom side of this PCB:

Additional Steps

The main pcb has designated mounting positions for additional devices apart from the flight controller:

• Raspberry Pi
• GNSS
• 2X 4 port ethernet switch

These additional devices are not necessary to ensure the basic function of the board.

Battery Control PCB

This chapter will help with the project Quiver BC PCB (Battery connector PCB) assembly process.

[!Note] This is not a final version of this document. The given instructions will give a general guide on the assembly process. Assembly should only be carried out by an experienced worker with experience in SMD soldering and the appropriate equipment. If you need this PCB fully assembled please contact the project Quiver team.

This PCB can be ordered (almost) fully assembled from the respective PCB manufacturer (e.g. JLCPCB). There are several parts that are normally not in stock at the PCB manufacturer and need to be sourced from one of the large electronic component distributors by the PCB manufacturer. This means that the production time for a finished PCB is around 3 weeks.

The large molex battery connectors (J9, J10) still need manual assembly at the moment. A quick explanation is written under the chapter: Additional Steps

The manual soldering of the circuit board can be done with the help of this interactive BOM which is stored in the respective github folder of this PCB(it is not recommended):

Quiver_PT3_BC_PCB_ibom.html

This is an HTML file that opens in the browser. On the left side is the parts list and on the right side are the views for the front and back of the circuit board. It will help to put the components in the right place.

It is essential to use a pcb stencil to place the solder paste in the right places. A reflow oven or a hot air blower (temperature and airflow controllable) should be used for the soldering process.

View on the top side of this PCB:

View on the bottom side of this PCB:

Additional Steps

1. Adding the Molex battery connector (J9, J10):

The molex battery connector can not be bought in one piece at the moment (12/25). It's assembled from four individual parts (1x guiding pin left, 1x guiding pin right, 2x Molex 46437-9206). The guiding pins are sourced from a pre assembled Molex connector 464379-301. The individual parts can be clipped together and then inserted into the PCB. The connector pins should be manually soldered to the PCB.

Picture:PCB with Molex connector

2. Installation of the heatsink:

The heatsink must be attached to the PCB for the PCB to function properly. The heat sink is in direct contact with the frame of the drone and ensures that the power mosfets are well cooled.

• Gap filler: Arctic TP-3 thermal pad: https://www.arctic.de/TP-3/ACTPD00057A
• Nylon spacers: McMaster 99072A104
• Screws: McMaster 92125A090
• Washers: McMaster 95610A011
• Nuts: McMaster 90591A270

Please secure the screws of the heatsink with loctite.

Picture: Thermal pad area and nylon spacer location

Picture: Screwed down heatsink

3. Installation of the fuse:

A AMX-200 fuse needs to be mounted between J7 and J8. Please use loctite to secure the screws.

Example screws: McMaster 98093A213

Flight Controller PCB

This chapter will help with the project Quiver FC PCB (Flight controller PCB) assembly process.

[!Note] This is not a final version of this document. The given instructions will give a general guide on the assembly process. Assembly should only be carried out by an experienced worker with experience in SMD soldering and the appropriate equipment. If you need this PCB fully assembled please contact the project Quiver team.

This PCB can be ordered fully assembled from the respective PCB manufacturer (e.g. JLCPCB). The 100 pin connectors (J1, J2, J3) are normally not in stock and must be ordered from the manufacturer. This means that the production time for a finished PCB is around 3 weeks.

The manual soldering of the circuit board can be done with the help of this interactive BOM which is stored in the respective github folder of this PCB(it is not recommended):

Quiver_PT3_FC_PCB_ibom.html

This is an HTML file that opens in the browser. On the left side is the parts list and on the right side are the views for the front and back of the circuit board. It will help to put the components in the right place.

It is essential to use a pcb stencil to place the solder paste in the right places. A reflow oven or a hot air blower (temperature and airflow controllable) should be used for the soldering process.

View on the top side of this PCB (this side will connect to the pix32 v6 flight controller):

View on the bottom side of this PCB (this side will connect to the PT3 Main PCB):

Additional Steps

• no additional steps are needed.

Harness Manufacturing Guide

Purpose

This chapter explains how to manufacture and assemble the wiring harnesses for all of the components present on the dev kit build. Modifications include custom cut spool cables, pre made cables, pre crimped cables, and reducing length of default connectors.

Use the following wiring table for all of the connections TO/FROM for all of the dev kit’s systems: Dev Kit Wire Data The spreadsheet gives the full view of all connectors, mating connectors, wire gauge, estimated length, and suggested/default wire colors.

How To Use This Guide

This guide will detail the manufacturing process for all harnesses in no particular order. It is intended to be broken up and placed in the manufacturing guide according to the Quiver assembly steps. This is to allow harness routing that may be blocked by the installation of certain structural components. The user is encouraged to treat this document as a knowledge base and prep guide for the harnessing. Installation steps will be covered in the broader assembly guide.

Tools Required

• Soldering iron with hot air rework station
• Solder
• Wire stripper
• Wire cutter
• Heat shrink
• Heat shrink solder connectors
• Flathead screwdriver (1.5mm)
• Pliers
• Multimeter

Quality Assurance (QC) Checklist

• Visual: Check for exposed strands or damaged insulation.
• Mechanical: Pull-test all crimps lightly to ensure retention.
• Continuity: Probe Pin 1 to Pin 1 (Tone check).
• Polarity: Verify Red is Positive, Black is Ground.

HAR-0001 Pushbutton

FROM	TO
BC_PCB J25	Pushbutton

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	1704857	4-Pos Phoenix	1
Terminals A	Wire	Bare wire, twisted end	4
Connector B	Spade	Spade terminal	4
Terminals B	Wire	Bare wire	4
Wire	18 AWG	Silicon	940mm
Sleeving	Optional	Mesh	180 mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	Red	18 AWG	235mm	6mm	6mm
W2	Red	18 AWG	235mm	6mm	6mm
W3	Red	18 AWG	235mm	6mm	6mm
W4	Black	18 AWG	235mm	6mm	6mm

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: 1704857	To: Spade	Function / Signal
W1	Red	Pin 1	1	HV-
W2	Red	Pin 2	2	HV- SW
W3	Red	Pin 3	LED+	12V
W4	Black	Pin 4	LED-	GND

5. Assembly Instructions

1. Prep: Cut wires to length and strip insulation per Section 3.
2. Label: Install identification markers per Section 5. Do not shrink yet.
3. Populate A: Insert contacts into Connector A housing. Verify "Click" and perform pull-back test.
4. Crimp Side B: Terminate Side B using crimping tool.
5. Populate B: Insert contacts into Connector B housing.

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Bat_PCB, J1
• Destination Connection: Pushbutton
• Routing Path:
  • Path - Over Battery PCB
  • Constraint - N/A
  • Fixing - Zip Tie Provision Circled in red

HAR-0002 BC_PCB Signal

FROM	TO
BC_PCB J25	Main_PCB J43

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	1704857	4-Pos Phoenix	1
Terminals A	Wire	Bare wire, twisted end	4
Connector B	1704858	5-Pos Phoenix	1
Terminals B	Wire	Bare wire, twisted end	4
Wire	20 AWG	Silicon	240mm
Sleeving	Optional	Mesh	N/A

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	White	20 AWG	56mm	6mm	6mm
W2	Blue	20 AWG	56mm	6mm	6mm
W3	Gray	20 AWG	56mm	6mm	6mm
W4	Green	20 AWG	56mm	6mm	6mm

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: 1704857	To: 1704858	Function / Signal
W1	White	Pin 1	4	I2C_SDA
W2	Blue	Pin 2	3	I2C_SCL
W3	Gray	Pin 3	2	CAN_H
W4	Green	Pin 4	1	CAN_L

5. Assembly Instructions

1. Prep: Cut wires to length and strip insulation per Section
2. Populate A: Insert contacts into Connector A housing. Verify "Click" and perform pull-back test.
3. Populate B: Insert contacts into Connector B housing.Verify "Click" and perform pull-back test.

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.*

• Source Connection: Bat_PCB, J2
• Destination Connection: Main_PCB, J43
• Routing Path:
  • Path - N/A
  • Constraint - N/A
  • Fixing - N/A

HAR-0003 BC_PCB SSR

FROM	TO
BC_PCB J25	Main_PCB J46

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	1704859	6-Pos Phoenix	1
Terminals A	Wire	Bare wire, twisted end	6
Connector B	1704859	6-Pos Phoenix	1
Terminals B	Wire	Bare wire, twisted end	6
Wire	20 AWG	Silicon	50mm
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	Yellow	20 AWG	56mm	6mm	6mm
W2	White	20 AWG	56mm	6mm	6mm
W3	White	20 AWG	56mm	6mm	6mm
W4	Red	20 AWG	56mm	6mm	6mm
W5	Red	20 AWG	56mm	6mm	6mm
W6	Black	20 AWG	56mm	6mm	6mm

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: 1704859	To: 1704859	Function / Signal
W1	Yellow	Pin 1	6	BYP_S
W2	White	Pin 2	5	SSR_S2
W3	White	Pin 3	4	SSR_S
W4	Red	Pin 4	3	12V
W5	Red	Pin 5	2	5V
W6	Black	Pin 6	1	GND

5. Assembly Instructions

1. Prep: Cut wires to length and strip insulation per Section
2. Populate A: Insert contacts into Connector A housing. Verify "Click" and perform pull-back test.
3. Populate B: Insert contacts into Connector B housing.Verify "Click" and perform pull-back test.

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Bat_PCB, J3
• Destination Connection: Main_PCB, J46
• Routing Path:
  • Path -
  • Constraint -
  • Fixing -

HAR-0004 -> HAR-007 ESC Power

FROM	TO
Main_PCB J25	ESC1 PWR
Main_PCB J28	ESC2 PWR
Main_PCB J34	ESC3 PWR
Main_PCB J42	ESC4 PWR

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	XT60-M	2-Pos XT-60	1
Terminals A	Wire	Solder	2
Wire	6 AWG	Silicon	490mm
Sleeving	Required	9.5mm ID heatshrink at motor arm bend	7cm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	Red	6 AWG	490mm	4mm	N/A
W2	Black	6 AWG	490mm	4mm	N/A

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: XT60-M	To: ESC1	Function / Signal
W1	Red	Pin 1	Red	HV+
W2	Black	Pin 2	Black	HV-

6. Assembly Instructions (Not finished)

1. Prep: Cut wires to length and strip insulation per Section 3.
2. Populate A: Solder cables into Connector A housing.
3. Heatshrink: Apply a 7cm 9.5mm ID heatshrink at the motor arm bend location. This heatshrink will protect the ESC Power and signal cables*

---

7. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main_PCB, J27
• Destination Connection: ESC 1 PWR
• Routing Path:
  • Path - Through circular hole on upper plate to middle plate
  • Constraint - N/A
  • Fixing - N/A

HAR-0008 -> HAR-0011

FROM	TO
Main_PCB J23	ESC1 Signal
Main_PCB J27	ESC2 Signal
Main_PCB J32	ESC3 Signal
Main_PCB J40	ESC4 Signal

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	1704858	5-Pos Phoenix	1
Terminals A	Wire	Bare wire, twisted end	5
Wire	20 AWG	Silicon	240mm
Sleeving	Required	9.5mm ID Heatshrink at motor arm bend	7cm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	Yellow	20 AWG	56mm	6mm	6mm
W2	Green	20 AWG	56mm	6mm	6mm
W3	Gray	20 AWG	56mm	6mm	6mm
W4	Black	20 AWG	56mm	6mm	6mm
W5	White	20 AWG	56mm	6mm	6mm

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: 1704857	To: 1704858	Function / Signal
W1	Yellow	Pin 1	4	GND
W2	Green	Pin 2	3	CAN1_L
W3	Gray	Pin 3	2	CAN1_H
W4	Black	Pin 4	1	GND
W5	White	Pin 5	1	PWM

5. Assembly Instructions

1. Prep: Cut wires to length and strip insulation per Section
2. Populate A: Insert contacts into Connector A housing. Verify "Click" and perform pull-back test.
3. Heatshrink: Apply a 7cm 9.5mm ID Heatshrink at the motor arm bend location. This heatshrink will protect the ESC Power and signal cables*

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.*

• Source Connection: Bat_PCB, J2
• Destination Connection: Main_PCB, J43
• Routing Path:
  • Path - N/A
  • Constraint - N/A
  • Fixing - N/A

HAR-0012 -> HAR-0013 Side Payloads

FROM	TO
Main_PCB J29, J37	ATT_INT (right)
Main_PCB J30, J38	ATT_INT (left)

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	1704859	6-Pos Phoenix	1
Terminals A	Wire	Pre-crimped	8
Connector B	1704857	4-Pos Phoenix	1
Terminals B	Wire	Pre-crimped	4
Connector C	204523-1201	12-Pos Molex	1
Terminals C	Wire	Pre-crimped	12
Wire	26 AWG	Pre-Crimped Lead	235mm
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

All wires connecting the payload to the PCBs will use pre-crimped jumper wires. Mouser #: 538-79758-1149

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	Black	26	235mm	N/A	N/A
W2	Black	26	235mm	N/A	N/A
W3	Black	26	235mm	N/A	N/A
W4	Black	26	235mm	N/A	N/A
W5	Black	26	235mm	N/A	N/A
W6	Black	26	235mm	N/A	N/A
W7	Black	26	235mm	N/A	N/A
W8	Black	26	235mm	N/A	N/A
W9	Black	26	235mm	N/A	N/A
W10	Black	26	235mm	N/A	N/A
W11	Black	26	235mm	N/A	N/A
W12	Black	26	235mm	N/A	N/A

4. Termination & Pinout Map

Connect End A or B to End C following this chart.

Wire ID	Color	From: 1704859	To: 204523-1201	Function / Signal
W1	Black	Pin 1	6	GND
W2	Black	Pin 1	8	GND
W3	Black	Pin 2	10	12V_PL
W4	Black	Pin 3	9	CAN2_L
W5	Black	Pin 4	11	CAN2_H
W6	Black	Pin 5	12	FMU_CH7
W7	Black	Pin 6	2	X
W8	Black	Pin 6	4	X

Wire ID	Color	From: 1704857	To: 204523-1201	Function / Signal
W9	Black	Pin 1	1	ETH_RX+
W10	Black	Pin 2	3	ETH_RX-
W11	Black	Pin 3	5	ETH_TX+
W12	Black	Pin 4	7	ETH_TX-

5. Assembly Instructions

1. Populate A & B: Insert contacts into Connector A housing. Verify "Click" and perform pull-back test.
2. Populate C: Insert contacts into Connector B housing. Verify correct crimp orientation into housing.

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis. Mirror the installation path for the payload on the opposite side.

• Source Connection: Main_PCB J29 & J37
• Destination Connection: ATT_INT (right)
• Routing Path:
• Path - Underneath MainPCB to middle plate side circular openings
• Constraint - Telemetry air unit location
• Fixing - N/A

HAR-0014 Bottom Payload

FROM	TO
Main_PCB J31, J39	ATT_INT (bottom)

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	1704859	6-Pos Phoenix	1
Terminals A	Wire	Pre-crimped	8
Connector B	1704857	4-Pos Phoenix	1
Terminals B	Wire	Pre-crimped	4
Connector C	204523-1201	12-Pos Molex	1
Terminals C	Wire	Pre-crimped	12
Wire	26 AWG	Pre-Crimped Lead	205mm
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

All wires connecting the payload to the PCBs will use pre-crimped jumper wires. Mouser #: 538-79758-1149

Technician will have to combine two cables to create a 400mm cable.

Step 1: Cut to Length

1. Take two separate cable assemblies.

2. Measure 205mm from the back of the connector on the first cable.

3. Cut the wire at the 205mm mark. Discard the excess.

4. Repeat for the second cable.

   • Note: We cut to 205mm (not 200mm) to allow 5mm of overlap for the splice, resulting in a final length of 400mm.

Step 2: Strip Insulation

1. Strip 5mm of insulation from the cut end of the first cable.

2. Strip 5mm of insulation from the cut end of the second cable.

Step 3: Insert Sleeve (Critical Step)

1. Before connecting the wires, slide the Self-Solder Heat Shrink Sleeve onto one of the cables.

2. Slide it at least 50mm down the wire so the heat from soldering doesn't shrink it prematurely.

Step 4: Mesh the Wires

1. Fan out the exposed strands of both cables slightly.

2. Push the two ends together so the strands interlace (mesh) with each other inline. Do not twist them side-by-side (pigtail).

3. Once meshed, twist the joined section to lock the strands together. The splice should be smooth and straight.

Step 5: Position the Sleeve

1. Slide the solder sleeve over the twisted joint.

2. Center the low-temperature solder ring directly over the bare copper twist.

3. Ensure the colored adhesive rings (at the ends of the sleeve) are covering the wire insulation, not the bare copper.

Step 6: Apply Heat

1. Using a heat gun, heat the center solder ring first. Watch for the solder to melt and flow into the wire strands (it will turn shiny and liquid).

2. Move the heat to the ends of the sleeve to shrink the tubing and activate the waterproof adhesive seals.

3. Allow to cool for 30 seconds before moving. Do not pull on the cable while the solder is hot.

Final Check

• Total Length: Confirm the total length is 400mm.

• Solder Joint: Ensure the solder ring has fully melted and is not visible as a solid ring anymore.

• Insulation: Ensure there is no exposed copper outside the sleeve.

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	Black	26	400mm	N/A	N/A
W2	Black	26	400mm	N/A	N/A
W3	Black	26	400mm	N/A	N/A
W4	Black	26	400mm	N/A	N/A
W5	Black	26	400mm	N/A	N/A
W6	Black	26	400mm	N/A	N/A
W7	Black	26	400mm	N/A	N/A
W8	Black	26	400mm	N/A	N/A
W9	Black	26	400mm	N/A	N/A
W10	Black	26	400mm	N/A	N/A
W11	Black	26	400mm	N/A	N/A
W12	Black	26	400mm	N/A	N/A

---

4. Termination & Pinout Map

Connect End A or B to End C following this chart.

Wire ID	Color	From: 1704859	To: 204523-1201	Function / Signal
W1	Black	Pin 1	6	GND
W2	Black	Pin 1	8	GND
W3	Black	Pin 2	10	12V_PL
W4	Black	Pin 3	9	CAN2_L
W5	Black	Pin 4	11	CAN2_H
W6	Black	Pin 5	12	FMU_CH7
W7	Black	Pin 6	2	12VSW
W8	Black	Pin 6	4	12VSW

Wire ID	Color	From: 1704857	To: 204523-1201	Function / Signal
W9	Black	Pin 1	1	ETH_RX+
W10	Black	Pin 2	3	ETH_RX-
W11	Black	Pin 3	5	ETH_TX+
W12	Black	Pin 4	7	ETH_TX-

5. Assembly Instructions

1. Prep: Cut wires to length and strip insulation per Section 3.
2. Label: Install identification markers to the cables. This will help correctly adding cables to Phoenix connector
3. Populate A & B: Insert contacts into Connector A & B housing. Verify "Click" and perform pull-back test.
4. Populate C: Insert contacts into Connector C housing. Verify correct crimp orientation into housing.

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main_PCB J31 & J39
• Destination Connection: ATT INT (bottom)
• Routing Path:
• Path - Top Plate, right side opening, through mid plate openings, attached to the underside of the bottom plate
• Constraint - Number of cables passing through openings
• Fixing - Various zip ties show in red

HAR-0015 Altimeter

FROM	TO
Main_PCB J8	NRA15

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	1704857	4-Pos Phoenix	1
Terminals A	Wire	Bare wire, twisted end	4
Wire	Default	Silicon	190mm
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	Default	Default	190mm	6mm	N/A
W2	Default	Default	190mm	6mm	N/A
W3	Default	Default	190mm	6mm	N/A
W4	Default	Default	190mm	6mm	N/A

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: 1704857	To: NRA 15	Function / Signal
W1	White	Pin 1	4	GND
W2	Blue	Pin 2	3	CAN2_L
W3	Gray	Pin 3	2	CAN2_H
W4	Green	Pin 4	1	12V

5. Assembly Instructions

1. Prep: Cut wires to length and strip insulation per Section 3.
2. Crimp Side A: Terminate Side A using [Tool Name/Die].
3. Populate A: Insert contacts into Connector A housing. Verify "Click" and perform pull-back test.

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main PCB, J8
• Destination Connection: NRA 15
• Routing Path:
  • Path - Right side top plate entry to bottom plate
  • Constraint - other cables
  • Fixing - Zip tie in red

HAR-0016 360 LIDAR

FROM	TO
Main_PCB U5	S2l

1. Nailboard

2. Bill of Materials (Kitting)

Default cable that comes with 360° Lidar. No modification required

3. Wire Prep (Cut & Strip)

Use the default cable supplied with the 360° LiDAR module.

Cable	Required Length (mm)
Default LiDAR cable	195

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: J5	To: NRA 15	Function / Signal
W1	Default	Pin 1	1	5V
W2	Default	Pin 2	2	RX
W3	Default	Pin 3	3	TX
W4	Default	Pin 4	4	GND
W4	Default	Pin 5	5	X

5. Assembly Instructions

N/A

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6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main PCB, U5
• Destination Connection: S2L Lidar
• Routing Path:
  • Path - Downward towards connector
  • Constraint - N/A
  • Fixing - Zip tie in red

HAR-0017 Front Radar

FROM	TO
Main_PCB J49	Front Radar

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	1704857	4-Pos Phoenix	1
Terminals A	Wire	Bare wire, twisted end	4
Wire	Default	Silicon	190mm
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Wire ID	Color	Gauge	Cut Length	Strip A	Strip B
W1	Default	Default	485 mm	6mm	N/A
W2	Default	Default	485 mm	6mm	N/A
W3	Default	Default	485 mm	6mm	N/A
W4	Default	Default	485 mm	6mm	N/A

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: 1704857	To: NRA 15	Function / Signal
W1	Default	Pin 1	4	GND
W2	Default	Pin 2	3	CAN1_L
W3	Default	Pin 3	2	CAN1_H
W4	Default	Pin 4	1	12V

5. Assembly Instructions

1. Prep: Cut wires to length and strip insulation per Section 3.
2. Populate A: Insert contacts into Connector A housing. Verify "Click" and perform pull-back test.

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main PCB, J49
• Destination Connection: Front Radar
• Routing Path:
  • Path - Right side top plate entry to bottom plate
  • Constraint - other cables
  • Fixing - Zip tie in red

HAR-0018 HM30 Power

FROM	TO
Main_PCB J14	HM30 PWR

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
Connector A	XT30-M	2-Pos XT-30	1
Terminals A	Wire	Solder	2
Wire	16 AWG	Silicon	170mm
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

| Wire ID | Color | Gauge | Cut Length | Strip A | Strip B | |:------- |:----- |:--------- |:--------------- |:------------ | | W1 | Red | Pin 1 | 185 | 10 | | W2 | Black | Pin 2 | 185 | 10 |

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: 1704857	To: Spade	Function / Signal
W1	Red	Pin 1	1	12V
W2	Red	Pin 2	2	GND

5. Assembly Instructions

1. Prep: Cut wires to length and strip insulation per Section 3.
2. Solder Side A: Solder cables into housing.

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main_PCB, J27
• Destination Connection: ESC 1 PWR
• Routing Path:
  • Path - Right side top plate opening
  • Constraint - N/A
  • Fixing - N/A

HAR-0019 -> HAR-0020 HM30 Signal

FROM	TO
Main_PCB J15	HM30 UART
Main_PCB J17	HM30 SBUS

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
4 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 4 Way	1
3 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 3 Way	1
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Pre-made JST-GH cables. No crimping required — source cables at the required lengths below.

Harness	Connector	Required Length (mm)
HAR-019 (HM30 UART)	JST-GH 4P	170
HAR-020 (HM30 SBUS)	JST-GH 3P	160

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: J15	To: HM30 UART	Function / Signal
W1	Default	Pin 1	1	TX
W2	Default	Pin 2	2	RX
W1	Default	Pin 1	3	GND
W2	Default	Pin 2	4	X

Wire ID	Color	From: J17	To: HM30 SBUS	Function / Signal
W1	Default	Pin 1	1	IO_PPM_INPUT_AND_SBUS_INPUT
W2	Default	Pin 2	2	GND
W1	Default	Pin 1	3	x

5. Assembly Instructions

N/A

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Bat_PCB J15, J17
• Destination Connection: HM30
• Routing Path:
  • Path - Right side top plate opening
  • Constraint - other cables
  • Fixing - Zip ties

HAR-0021 -> HAR-0022 Navigation

FROM	TO
Main_PCB J7	F9P
Main_PCB J9	Mateksys

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
4 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 4 Way	2
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Pre-made JST-GH cables. No crimping required — source cables at the required lengths below.

Harness	Connector	Required Length
HAR-021 (F9P / Here4)	JST-GH 4P	205mm
HAR-022 (Mateksys)	JST-GH 4P	70mm

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: J9	To: M9N	Function / Signal
W1	Default	Pin 1	1	GND
W2	Default	Pin 2	2	CAN1_L
W3	Default	Pin 1	3	CAN1_H
W4	Default	Pin 2	4	5V

Wire ID	Color	From: J7	To: F9P	Function / Signal
W1	Default	Pin 1	1	GND
W2	Default	Pin 2	2	CAN1_L
W3	Default	Pin 1	3	CAN1_H
W4	Default	Pin 2	4	5V

5. Assembly Instructions

N/A

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main_PCB J7, J9

• Destination Connection: F9P/Here 4, Mateksys

• Routing Path:

  • Path - Immediately to the right
  • Constraint - N/A
  • Fixing - N/A

  

HAR-0023 -> HAR-0025 PPP2ETH

FROM	TO
Main_PCB J35	PPP2ETH
Main_PCB J36	PPP2ETH
Main_PCB J41	PPP2ETH

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
4 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 4 Way	1
5 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 5 Way	1
6 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 6 Way	1
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Pre-made JST-GH cables. No crimping required — source cables at the required lengths below.

Harness	Connector	Required Length
HAR-023 (PPP2ETH CAN)	JST-GH 4P	120mm
HAR-024 (PPP2ETH Ethernet)	JST-GH 5P	205mm
HAR-025 (PPP2ETH UART)	JST-GH 6P	155mm

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: J35	To: PPP2ETH	Function / Signal
W1	Default	Pin 1	1	5V
W2	Default	Pin 2	2	CAN2_L
W3	Default	Pin 3	3	CAN2_H
W4	Default	Pin 4	4	GND

Wire ID	Color	From: J7	To: PPP2ETH	Function / Signal
W1	Default	Pin 1	1	ETH_RX+
W2	Default	Pin 2	2	ETH_RX-
W3	Default	Pin 3	3	GND
W4	Default	Pin 4	4	ETH_TX+
W5	Default	Pin 5	5	ETH_TX-

Wire ID	Color	From: J7	To: PPP2ETH	Function / Signal
W1	Default	Pin 1	1	5V
W2	Default	Pin 2	2	UART5_RX_TEL2
W3	Default	Pin 3	3	UART5_TX_TEL2
W4	Default	Pin 4	4	UART5_CTS_TEL2
W5	Default	Pin 5	5	UART5_RTS_TEL2
W6	Default	Pin 6	6	GND

5. Assembly Instructions

N/A

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main_PCB J35, J36, J41
• Destination Connection: PPP2ETH
• Routing Path:
  • Path - Direct connections. HAR024 will be routed under PPP, Beacon mounting board
  • Constraint - PPP,Beacon mounting board
  • Fixing - zip tie in red (HAR024)

HAR-0026 Remote ID

FROM	TO
Main_PCB J20	Remote ID CAN

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
4 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 4 Way	1
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Pre-made JST-GH cable. No crimping required — source cable at the required length below.

Harness	Connector	Required Length
HAR-026 (Remote ID)	JST-GH 4P	65mm

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: J20	To: RID	Function / Signal
W1	Default	Pin 1	1	5V
W2	Default	Pin 2	2	CAN1_L
W3	Default	Pin 3	3	CAN1_H
W4	Default	Pin 4	4	GND

5. Assembly Instructions

N/A

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Main_PCB J20
• Destination Connection: RID
• Routing Path:
  • Path - Direct connection
  • Constraint - N/A
  • Fixing - N/A

HAR-0027 SIYI Camera

FROM	TO
HM30 LAN & PWR	A8 PWR
HM30 LAN & PWR	A8 Video & Protocol

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Item Type	Part Number	Description / Spec	Qty Needed
4 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 4 Way	1
8 Pin JST Cable	N/A	JST, GH Connector Housing, 1.25mm Pitch, 6 Way	1
Sleeving	Optional	Mesh	xx mm

3. Wire Prep (Cut & Strip)

Prepare all wires before assembly.

Pre-made JST-GH cables. No crimping required — source cables at the required lengths below.

Harness	Connector	Required Length
HAR-027 power (4P)	JST-GH 4P	325mm
HAR-027 video (8P)	JST-GH 8P	325mm

4. Termination & Pinout Map

Connect End A to End B following this chart.

Wire ID	Color	From: HM30 LAN & PWR	To: A8 PWR	Function / Signal
W1	Default	Pin 1	1	12V
W2	Default	Pin 1	2	12V
W3	Default	Pin 2	3	GND
W4	Default	Pin 2	4	GND

Wire ID	Color	From: HM30 LAN & PWR	To: A8 Vid	Function / Signal
W1	Default	Pin 3	3	ETH_TX+
W2	Default	Pin 4	4	ETH_TX-
W3	Default	Pin 5	5	ETH_RX+
W4	Default	Pin 6	6	ETH_RX-

5. Assembly Instructions

N/A

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: HM30 LAN & PWR
• Destination Connection: SIYI A8
• Routing Path:
  • Path - Right side middle plate opening to underside of bottom plate
  • Constraint - Other cables
  • Fixing - Undecided zip ties

HAR-0028 Antenna

FROM	TO
Antenna 1	HM30
Antenna 2	HM30

1. Nailboard

2. Bill of Materials (Kitting)

Gather these parts before starting the build.

Pre made cables with SMA connector. Length adjustment not required.

3. Wire Prep (Cut & Strip)

N/A

4. Termination & Pinout Map

N/A

5. Assembly Instructions

N/A

---

6. Installation & Routing (Vehicle Integration)

Instructions for the technician installing this harness into the chassis.

• Source Connection: Antenna
• Destination Connection: HM30
• Routing Path:
  • Path - Through enclosure provisions to middle plate
  • Constraint - N/A
  • Fixing - N/A

General Assembly

BOM for the Assembly

Table 1. Structure Parts

ID	Part Name	Material	Sourcing	Quantity
1111	Upper plate	Aluminum	Laser Cut	1
1112	Middle plate	Aluminum	Laser Cut	1
1113	Lower plate	Aluminum	Laser Cut	1
1211	Cockpit Support Beam CW Long	Aluminum	Laser Cut	1
121X	Cockpit Support Beam CCW Back	Aluminum	Laser Cut	2
122X	Battery Wall	Aluminum	Laser Cut	2
131X	Landing Gear Vertical Tubes	Carbon-Fiber	Cut-to-Length	4
132X	Landing Gear Horizontal Tubes	Carbon-Fiber	Cut-to-Length	2
133X	Landing Gear Main Adapters	Aluminum	Off-the-Shelf	4
134X	Landing Gear Tube Joints	Aluminum	Off-the-Shelf	4
135X	Landing Gear Foam Wrap	Foam	Off-the-Shelf	4
14X1	Foldable Motor Arm Connectors	Aluminum	Off-the-Shelf	4
14X2	Motor Arm Tubes	Carbon-Fiber	Cut-to-Length	4
21X2	Attachment Interface	Aluminum	Off-the-Shelf	3
21X1	Attachment Interface Spacer Left & Right	PETG-CF	3D Print	2
2131	Attachment Interface Spacer Bottom	PETG-CF	3D Print	1
221X	Battery sliders	PETG-CF	3D Print	2
2311	Main PCB Mount	PETG-CF	3D Print	1
2312	BC PCB Mount	PETG-CF	3D Print	1
2313	BC PCB Cover	PETG-CF	3D Print	1
2321	Sensor Mount	PETG-CF	3D Print	1
2331	GNSS Mount	PETG-CF	3D Print	1
2341	PPP Adapter & Beacon Mount	PETG-CF	3D Print	1
2411	Main Enclosure	PETG-CF	3D Print	1
2412	Enclosure Top Cap	PETG-CF	3D Print	1
242X	Enclosure Hinge	Zinc	Off-the-Shelf	2
243X	Enclosure Latch	Steel	Off-the-Shelf	2

Table 2. Fasteners

Fastener ID	Fastener Description	Quantity	Reference Part
Rivet 1	4mm Diameter for 1 mm - 2.5 mm thickness	26	97525A224
Rivet 2	4mm Diameter for 2.5 mm - 4.5 mm thickness	10	97525A251
Rivet 3	4mm Diameter for 4.5 mm - 6.4 mm thickness	10	97525A226
Screw 1	Socket Head Screw M3x10	8	91292A113
Screw 2	Flanged Button Head Screw M4x10	16	92095A190
Screw 4	Socket Head Screw M3x12	8	91292A114
Screw 5	Socket Head Screw M3x8	75	91292A112
Screw 6	Socket Head Screw M3x40	16	91292A024
Screw 7	Hex Drive Flat Head Screw M3x8	4	92125A128
Screw 8	Hex Drive Flat Head Screw M3x10	8	92125A130
Screw 9	Socket Head Screw M4x8	8	91292A108
Screw 10	Socket Head Screw M2x6	4	91292A832
Screw 11	Flanged Button Head Hex-Drive Screw M3x6	27	97654A674
Screw 12	Socket Head Hex-Drive Screw M2x5	4	92855A837
Screw 13	Socket Head Hex-Drive Screw M2.5x8	4	91292A012
Screw 14	Socket Head Hex-Drive Screw M2x10	4	91292A833
Screw 15	Socket Head Hex-Drive Screw M5x8	4	91292A191
Screw 16	Button Head Hex Drive Screw M3x40	4	92095A203
Screw 17	Socket Head Screw M3x6	8	90751A110
Screw 3	Button Head Hex-Drive Screw M2x4	12	92095A451
Insert 1	M3 Threaded Inserts - 5.7 mm	50	94459A140
Insert 2	M4 Threaded Inserts	8	94180A351
Insert 3	M2 Threaded Inserts	4	94180A312
Insert 4	M3 Threaded Inserts - 3.8 mm	16	94180A331
Washer 1	M3 General Purpose Washer 3.2 mm ID, 6 mm OD	123	98689A112
Washer 2	M4 General Purpose Washer 4.3 mm ID, 9 mm OD	8	93475A230
Washer 3	M2 Nylon Washer 2.2 mm ID, 5 mm OD	12	95610A110
Washer 4	M2.5 Nylon Washer 2.7 mm ID, 5.6 mm OD	4	95610A011
Washer 5	M3 Nylon Washer 3.2 mm ID, 6 mm OD	4	95610A704
Washer 6	M5 General Purpose Washer 5.3 mm ID, 10 mm OD	4	93475A240
Nut 1	Nylon-Insert Locknut M3	16	90576A811
Vibration Mount	M3 Rubber Anti-Vibration Spacer	5	Amazon
Grommet 1	Circular Grommet OD: 20 mm	4	Amazon
Grommet 2	Oval Grommet 27x13 mm	12	Amazon
Silicone Foam Seal Strip	Circular, OD: 8 mm	1	Amazon

Table 3. Tools and Consumables

Item	Description	Reference
Allen key set	Metric, M2 - M5
Wrench set	Metric
Cordless screwdriver or drill press
Riveting tool	For 4 mm rivets
Double-Sided Tape	Heavy Duty
Loctite Threadlocker Purple 222	Low-strength threadlocker	McMaster-Carr 1810A28
Loctite Threadlocker Blue 242	Medium-strength threadlocker	McMaster-Carr 91458A113
Loctite Threadlocker Red 262	High-strength threadlocker	McMaster-Carr 91458A170
Würth Super RTV Silicone Black	200 ml, black RTV silicone	Model Number: 08933311
Bambulab PETG-CF Filament	PETG-CF Filament	Bambulab US Store

---

Preparation

1111, 1112 & 1113 - Rack Plates

• All three are aluminum 6 series sheets, laser cut, sanded.
• Bounding box dimension is 300x300 mm for each.
• Qty: 1 each.
• Reference supplier: Rapiddirect

	1111 (Upper Plate)	1112 (Mid Plate)	1113 (Lower Plate)
Thickness	1 mm	1 mm	4 mm
Image
CAD File	1111	1112	1113

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1211, 1212 & 1213 - Cockpit Support Beams

• All three are aluminum 6 series, 40x40x1 mm square tubes, laser cut, sanded.
• Part 1211; Qty: 1.
• Parts 1212 and 1213 are identical; Qty: 2.
• Reference supplier: Rapiddirect

	1211 (Cockpit Support Beam CW Long)	1212 & 1213 (Cockpit Support Beam CCW Back & Front)
Length	289.2 mm	124.2 mm
Image
CAD File	1211	1212 & 1213

---

1221 & 1222 - Battery Walls

• Both are aluminum 6 series, 1000x30x2 mm rectangular tubes, laser cut, sanded.
• Length is 300 mm for each.
• Parts are identical; Qty: 2.
• Reference supplier: Rapiddirect

	1221 & 1222 (Battery Wall Left & Right)
Image
CAD File	1221 & 1222

---

1311, 1312, 1313 & 1314 - Landing Gear Vertical Tubes

• Carbon-fiber tubes, 30 mm diameter, 1 mm thickness.
• Length is 400 mm for each.
• Parts are identical; Qty: 4.
  • Note: Order parts pre-cut to the specified length if available; otherwise, cut to length.

---

1321 & 1322 - Landing Gear Horizontal Tubes

• Carbon-fiber tubes, 30 mm diameter, 1 mm thickness.
• Length is 500 mm for each.
• Parts are identical; Qty: 2.
  • Note: Order parts pre-cut to the specified length if available; otherwise, cut to length.

---

1331, 1332, 1333 & 1334 - Landing Gear Main Adapters

• Off-the-shelf component.
• 30 mm option.
• Product Link: Link
• Qty: 4.

[!NOTE]

• This product became available in RJXHobby catalog after a customized order for 30 mm tube diameter.
• If not available in the catalog, contact RJXHobby for the customization.
• Request 30 mm diameter variant of this product with bolt pattern of 30 mm version of this one.

[!Note] If detachable landing gear is not favored, you may use 30 mm version of this product.

1331, 1332, 1333 & 1334 (Landing Gear Main Adapter)

---

1341, 1342, 1343 & 1344 - Landing Gear Tube Joints

• Off-the-shelf component.
• Product Link: Link
• Qty: 4.

	1341, 1342, 1343 & 1344 (Landing Gear Tube Joint)
Image

---

1351, 1352, 1353 & 1354 - Landing Gear Foam Wraps.

• Pipe insulation foam, 28 mm inner diameter, 46 mm outer diameter.
• Length is 103 mm each.
• Parts are identical; Qty: 4.
• Cut from stock material to length.
• Product Link: Link

1351, 1352, 1353 & 1354 (Landing Gear Foam Wrap)

---

1411, 1421, 1431 & 1441 - Motor Arm Foldable Connectors

• 30 mm tube diameter version.
• Parts are identical; Qty: 4.
• Product Link: Link

1411, 1421, 1431 & 1441 (Motor Arm Foldable Connectors)

---

1412, 1422, 1432 & 1442 - Motor Arms

• Carbon-fiber tubes, 30 mm diameter, 1 mm thickness.
• Length is 360 mm for each.
• Parts are identical; Qty: 4.
  • Note: Order parts pre-cut to the specified length if available; otherwise, cut to length.

---

2111, 2121 & 2131 - Attachment Interface Spacers

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Parts 2111 and 2121 are identical; Qty: 2.
• Part 2131; Qty: 1.

	2111 & 2121 (Attachment Interface Spacers, Left and Right)	2131 (Attachment Interface Spacer, Bottom)
Image
CAD File	2111 & 2121	2131

---

2112, 2122 & 2132 - Attachment Interfaces

• Parts are identical, order 3 parts.
• Select "Without PCB Board" option.
• Product Link: Link

2112, 2122 & 2132 (Attachment Interface)

---

2211 & 2212 - Battery Sliders

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Parts are identical; Qty: 2.

	2211 & 2212 (Battery Slider)
Image
CAD File	2211 & 2212

---

2311 - Main PCB Mount

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Qty: 1.

	2311 (Main PCB Mount)
Image
CAD File	2311

---

2312 - Battery Connector PCB Mount

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Qty: 1.

	2312 (BC PCB Mount)
Image
CAD File	2312

---

2313 - Battery Connector PCB Cover

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Qty: 1.

	2313 (BC PCB Cover)
Image
CAD File	2313

---

2321 - Sensor Mount

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Qty: 1.

	2321 (Sensor Mount)
Image
CAD File	2321

---

2331 - GNSS Mount

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Qty: 1.

	2331 (GNSS Mount)
Image
CAD File	2331

---

2341 - PPP & Beacon Mount

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Qty: 1.

	2341 (PPP & Beacon Mount)
Image
CAD File	2341

---

2411 - Main Enclosure

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Qty: 1.

	2411 (Main Enclosure)
Image
CAD File	2411

---

2412 - Top Cap

• 3D printed.
• PETG-CF.
• Use 6 wall loops.
• Mind the print orientation as shown.
• Qty: 1.

---

	2412 (Top Cap)
Image
Print Orientation
CAD File	2412

---

2421 & 2422 - Enclosure Hinges

• Off-the-shelf component.
• Part Number: GN 237-ZD-30-30-A-SW
• Product Link: Link
• Qty: 2.

2421 & 2422 (Enclosure Hinges)

---

2431 & 2432 - Enclosure Latches

• Off-the-shelf component.
• Screw on draw latch.
• Parts are identical; Qty: 2.
• Product Link:
  • US: Link
  • UK: Latch and catch plate are sold separately.
    • Latch
    • Catch Plate

---

3322 & 3323 - Busbars

• Both are Copper C110 | CU ETP, laser cut, bent.
• Bounding box dimension is 300x300 mm for each.
• Qty: 1 each.
• Reference supplier: Rapiddirect

	3322 (Busbar Positive)	3323 (Busbar Negative)
Image
CAD File	3322	3323
--

3324 - BC PCB Heatsink

• Aluminum 6 series, laser cut, sanded.
• Experimental part:
  • Order both 4 mm and 5 mm thickness variants for evaluation.
• Qty: 1 each.
• Reference supplier: Rapiddirect

	3324 (BC PCB Heatsink)
Image
CAD File	3324 - 4 mm , 3324 - 5 mm

---

Assembly Steps

Step 1. Assemble the Cockpit Support Beams on Mid Plate

• Parts needed:

  • 1112 (Mid Plate)
  • 1211, 1212 & 1213 (Cockpit Support Beams)
  • Rivet 1 x13 (4mm Diameter for 1 mm - 2.5 mm thickness)

• Place the cockpit support beams on the mid plate as shown in the picture.

• Rivet the cockpit support beams from the mid plate on the holes shown in the picture.

Orientation	Rivet Holes

---

Step 2. Install the Battery Walls

• Parts needed:
  • 1221 & 1222 (Battery Walls)
  • Rivet 2 x10 (4mm Diameter for 2.5 mm - 4.5 mm thickness)
• Place the battery walls on the sides of the chassis as shown in the picture.
  • Make sure the dented side stays on the chassis side.
• Rivet the battery walls from the mid plate on the holes shown in the picture.

Orientation	Rivet Holes

---

Step 3. Install the Motor Arm Connectors

• Parts needed:

  • 14X1 x4 (Foldable Motor Arm Connectors)
  • Screw 5 x16 (Socket Head Screw M3x8)
  • Screw 1 x8 (Socket Head Screw M3x10)
  • Washer 1 x24 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Loctite Threadlocker Blue 242
  • Loctite Threadlocker Red 262

• Remove the fasteners marked in the picture.

  • Apply Loctite Threadlocker Red on the fasteners.
  • Secure the fasteners back.

Motor Arm Connector - Loctite Threadlocker Application

• Place the motor arm connectors on the chassis as shown in the picture.
• Secure the motor arm connectors on the chassis.
  • Use Screw 5 for red holes and Screw 1 for green holes.
  • Use Loctite Threadlocker Blue.
  • Use Washer 1.
  • Use cordless screwdriver where possible, or else an allen key.

Orientation	Screw Holes

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Step 4. Install the Lower Plate

• Parts needed:
  • 1113 (Lower Plate)
  • Rivet 3 x10 (4mm Diameter for 4.5 mm - 6.4 mm thickness)
• Place the lower plate on the chassis as shown in the picture.
• Rivet the lower plate to the chassis on the holes shown in the picture.

Orientation	Rivet Holes

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Step 5. Install the Upper Plate

• Parts needed:

  • 1111 (Upper Plate)
  • Rivet 1 x13 (4mm Diameter for 1 mm - 2.5 mm thickness)
  • Screw 5 x24 (Socket Head Screw M3x8)
  • Washer 1 x24 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Loctite Threadlocker Blue 242

• Place the upper plate over the chassis as shown in the picture.

• Rivet the cockpit support beams from the upper plate on the holes shown in the picture.

• Screw the motor arm connectors from the upper plate with Screw 5.

  • Use Washer 1.
  • Use Loctite Threadlocker Blue.

Orientation	Rivet Holes

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Step 6. Install the Main PCB Mount

• Parts needed:

  • 2311 (Main PCB Mount)
  • Screw 11 x5 (Flanged Button Head Hex-Drive Screw M3x6)
  • Vibration Mount x5 (M3 Rubber Anti-Vibration Spacer)
  • Insert 4 x16 (M3 Threaded Inserts - 3.8 mm)
  • Loctite Threadlocker Blue 242

• Install 11x Insert 4 into the top face of the Main PCB Mount as shown in the picture.

Top Insert Locations

• Install 5x Insert 4 into the bottom face of the Main PCB Mount (2311) as shown in the picture.

Bottom Insert Locations

• Install 5x Vibration Mount into the designated holes on the Upper Plate (1111).
• Orientation: Ensure the longer side of the rubber dampener (3 mm section) is facing upwards, towards where the 3D-printed holder will sit.

Vibration Mount Locations	Vibration Mount Insertion

• Apply a small amount of Loctite Threadlocker Blue to the threads of the 5x Screw 11 (M3x6) flat head screws.
• Align the 3D-printed mount over the rubber dampeners.
• Insert the Screw 11 (M3x6) screws through the center of the rubber dampeners and thread them into the bottom-side inserts of the PCB holder.
• Compression: Tighten the screws until the rubber dampener is compressed to a height of approximately 2.0 mm. Refer to the visual guide below.

Vibration Mount Compression

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Step 7. Install the Battery Connector PCB Mount

• Parts needed:

  • 2312 (BC PCB Mount)
  • Insert 1 x10 (M3 Threaded Inserts - 5.7 mm)
  • Screw 5 x3 (Socket Head Screw M3x8)
  • Washer 1 x3 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)

• Place Insert 1 to the holes shown in the picture, on the top and bottom sides of the BC PCB mount.

  • Use a soldering iron to place them inside the plastic.

Top	Bottom

• Place the Battery Connector PCB mount over the mid plate.
  • Secure it with 3x Screw 5 in total from below the mid plate on the holes below.
  • Use Washer 1 for the holes.

--- ### Step 8. Install the Battery Sliders - Parts needed: - 2211, 2212 (Battery Sliders) - Insert 2 x8 (M4 Threaded Inserts) - Screw 9 x8 (Socket Head Screw M4x8) - Washer 2 x8 (M4 General Purpose Washer 4.3 mm ID, 9 mm OD)

• Place Insert 2 to the holes shown in the picture on both of the battery slides.
  • Use a soldering iron to place them inside the plastic.

• Place the battery sliders inside the battery compartment.
  • Be careful about the orientation of the angled end, they should point where the cutouts on the plates are.
  • Secure it with 8x Screw 9 in total from the sides of the frame.
  • Use Washer 2 with the screws.

Orientation	Installation Holes

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Step 9. Install the Landing Gear

• Parts needed:

  • 131X, 132X (Landing Gear Horizontal & Vertical Tubes)
  • 133X (Landing Gear Main Adapters)
  • 134X (Landing Gear Tube Joints)
  • 135X (Landing Gear Foam)
  • Screw 2 x16 (Flanged Button Head Screw M4x10)
  • Screw 5 x16 (Socket Head Screw M3x8)
  • Washer 1 x16 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Loctite Threadlocker Blue 242
  • Loctite Threadlocker Purple 222

• Place the landing gear main adapters below the chassis, as shown in the picture.

  • The adapters are facing outward, to the left and right of the structure.
  • Screw the adapters with 16x Screw 2 to the chassis.
  • Use Loctite Threadlocker Blue to secure the screws.

Orientation	Installation Holes

• Insert the vertical landing gear tubes inside landing gear main adapters.
  • Make sure the tubes are inserted all the way.
  • Tighten the clamps to secure the tubes in place.

[!NOTE]

Due to the lack of the detachable landing gear adapter geometry, this image depicts the old adapter. It should be updated with a real life image.

Landing Gear Adapter

• Make sure the chassis stands level on the ground.

  • If not, measure and equalize the tube lengths.

• Assemble landing gear tube joints and the horizontal tubes as shown in the picture.

  • Insert the vertical tubes inside the holes before tightening the screws.
  • Use Screw 5.
  • Use Washer 1.
  • Use Loctite Threadlocker Purple.

Positioning	Correct Final Appearance

[!NOTE]

Due to the lack of the landing gear tee joint geometry, this image depicts the old joint. It should be updated with a real life image.

• Slide the landing gear foams to the end of the horizontal tubes.

Step 10. Install Sensor Mount

• Parts needed:

  • 2321 (Sensor Mount)
  • Insert 1 x10 (M3 Threaded Inserts - 5.7 mm)
  • Screw 4 x4 (Socket Head Screw M3x12)
  • Screw 5 x2 (Socket Head Screw M3x8)
  • Washer 1 x6 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Nut 1 x4 (Nylon-Insert Locknut M3)
  • Loctite Threadlocker Purple 222

• Place Insert 1 to the holes shown in the picture.

  • Use a soldering iron to place them inside the plastic.
  • 10 in total.

Insert 1 (5.7 mm) Locations

• Secure the sensor mount on the lower plate.
  • Screw head stays inside the mount.
  • Use Screw 4.
  • Use Washer 1 on the nut side.
  • Use Nut 1.
  • DO NOT use Loctite Threadlocker.

Lower Plate Fasteners

• Secure the sensor mount on the battery walls.
  • Use Screw 5.
  • Use Washer 1.
  • Use Loctite Threadlocker Purple.

Battery Wall Fasteners

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Step 11. Insert Grommets

• Parts needed:

  • Grommet 1 x4 (Circular Grommet OD: 20 mm)
  • Grommet 2 x12 (Oval Grommet 27x13 mm)

• Insert 4x Grommet 1 into the holes over the motor arm connectors at each corner.

Grommet 1 Location

• Insert 12x Grommet 2 into the holes on the sides of upper, mid and lower plates on each side.

Grommet 2 Location

Step 12. Install PCBs & Onboard Components

• Parts needed:

  • 2331 (GNSS Mount)
  • 3311 (Main PCB)
  • 3321 (BC PCB)
  • 3331 (FC PCB)
  • 3332 (Flight Controller)
  • 3312 (RPI 5)
  • 3313 x2 (GigaBlox Nano Ethernet Switch)
  • 3315 (Mateksys GNSS M9N-G4-3100)
  • 3251 (RTK GNSS)
  • Screw 4 x4 (Socket Head Screw M3x12)
  • Screw 11 x14 (Flanged Button Head Hex-Drive Screw M3x6)
  • Screw 12 x4 (Socket Head Hex-Drive Screw M2x5)
  • Screw 13 x4 (Socket Head Hex-Drive Screw M2.5x8)
  • Screw 14 x4 (Socket Head Hex-Drive Screw M2x10)
  • Washer 3 x12 (M2 Nylon Washer 2.2 mm ID, 5 mm OD)
  • Washer 4 x4 (M2.5 Nylon Washer 2.7 mm ID, 5.6 mm OD)
  • Washer 5 x4 (M3 Nylon Washer 3.2 mm ID, 6 mm OD)
  • Loctite Threadlocker Purple 222
  • Loctite Threadlocker Blue 242

• Place the Battery Connector PCB as shown in the picture.

  • Apply Thermal Paste to the Heatsink.
  • Secure it with 3x Screw 11.

BC PCB & Bolt Locations

• Place the Main PCB as shown in the picture.
  • See the warning before installation.
  • Secure it with 7x Screw 11.

[!CAUTION] CRITICAL: Trim DC-DC Converter Pins

Before mounting the Main PCB, the through-hole pins of the DC-DC converters must be trimmed on the underside of the board. They extend too far and may puncture the mount or short against the frame. See the reference image for the required clearance.

Main PCB & Bolt Locations	Through-hole Pin Trim

• Place Ethernet Switches on the Main PCB slots, as shown in the picture.
  • Securely plug the connectors.
  • Use 4x Screw 12 and 4x Washer 3 on the bolt holes.
    • Use Loctite Threadlocker Purple.

Ethernet Switch Locations

• Place the Flight Controller on the FC PCB.
  • Pay extreme attention to the orientation shown in the images.
  • Make sure the connectors are securely connected.
  • Use 4x Screw 12 and 4x Washer 3 from under the PCB to secure the Flight Controller.
    • Use Loctite Threadlocker Purple.

FC & FC PCB Orientation

• Place F9P NEO RTK GNSS on the GNSS Mount.
  • The direction of the arrow on the RTK GNSS should match the one provided in the picture.
  • Secure it with Screw 14 and Washer 3 under the mount.
    • Use Loctite Threadlocker Purple.

GNSS Orientation

• Place the FC PCB into the GNSS Mount.
• Place the FC PCB and GNSS Mount on the Main PCB.
  • The arrow on the Flight Controller must point toward the front of the drone, i.e., opposite to the side where the BC PCB is located.
  • The arrow on the RTK GNSS must point toward the front of the drone, i.e., opposite to the side where the BC PCB is located.
• Secure the FC PCB on the Main PCB using the holes shown in the image.
  • Use 4x Screw 4 and 4x Washer 5.
  • Use Loctite Threadlocker Purple.

Flight Controller Orientation	GNSS Mount Orientation	Installation Holes

• Place RPI 5 on the Main PCB slot, as shown in the picture.
  • Securely plug the connectors.
  • Use 4x Screw 13 and 4x Washer 4 on the bolt holes.

RPI 5 Installation

• Place Mateksys GNSS on the Main PCB slot, as shown in the picture.
  • Securely plug the connectors.
  • Use 4x Screw 11.
    • Use Loctite Threadlocker Blue.

Mateksys GNSS Installation

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Step 13. Install Busbars

• Parts needed:

  • 3322 (Busbar Positive)
  • 3323 (Busbar Negative)
  • Screw 15 x4 (Socket Head Hex-Drive Screw M5x8)
  • Washer 6 x4 (M5 General Purpose Washer 5.3 mm ID, 10 mm OD)
  • Loctite Threadlocker Blue 242

• Place the Busbar Positive (Right) and Busbar Negative (Left) on the Main and BC PCBs as shown in the picture.

  • Use Loctite Threadlocker Blue on the threads of 4x Screw 15.
  • Secure the busbars on the terminals with Screw 15 and Washer 6.

Busbar Installation

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Step 14. Install BC PCB Cover

• Parts needed:

  • 2313 (BC PCB Cover)
  • Insert 1 x2 (M3 Threaded Inserts - 5.7 mm)
  • Screw 5 x4 (Socket Head Screw M3x8)
  • Washer 1 x4 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Loctite Threadlocker Purple 222

• Place Insert 1 to the holes shown in the picture.

  • Use a soldering iron to place them inside the plastic.
  • 2 in total.

• Use Screw 5 and Washer 1 to secure the BC PCB Cover in place.

  • Use Loctite Threadlocker Purple.

Insert 1 Locations	Screw Locations

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Step 15. Install Attachment Interfaces

• Parts needed:

  • 2111, 2121 & 2131 (Attachment Interface Spacers)
  • 2112, 2122 & 2132 (Attachment Interfaces)
  • Screw 6 x8 (Socket Head Screw M3x40)
  • Screw 16 x4 (Button Head Hex Drive Screw M3x40)
  • Washer 1 x12 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Loctite Threadlocker Blue 242

• Place and secure the side attachment interfaces and the spacers as shown in the pictures.

  • Make sure the rectangular holes are aligned with the holes on the battery walls.
  • Make sure the notch on the attachment interface is on top, as shown in the image.
  • Use the screwdriver holes inside the battery compartment to place the screws and the screwdriver.
  • Use 8x Screw 6.
  • Use 8x Washer 1.
  • Use Loctite Threadlocker Blue.

Positioning	Installation Holes	Notch Orientation

• Place and secure the bottom attachment interface and the spacer as shown in the pictures.
  • Make sure the rectangular holes are aligned with the holes on the battery walls.
  • Make sure the cable tray on the spacer points towards the front, i.e. the sensor mount.
  • Make sure the notch on the attachment interface points towards the front, i.e. the sensor mount.
  • Use 4x Screw 16.
  • Use 4x Washer 1.
  • Use Loctite Threadlocker Blue.

Positioning, Cable & Notch Orientation	Installation Holes

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Step 16. Install Radar Sensors

• Parts needed:

  • 3212 (Obstacle Avoidance Radar, Nanoradar MR82)
  • 3213 (Radar Altimeter, Nanoradar NRA15)
  • Screw 11 x8 (Flanged Button Head Hex-Drive Screw M3x6)
  • Loctite Threadlocker Purple 222

• Secure Nanoradar MR82 in front of the drone, as shown in the image.

  • Use 4x Screw 11.
  • Use Loctite Threadlocker Purple.
  • Mind the direction of the cable.

Obstacle Avoidance Installation

• Secure Nanoradar NRA15 in front-bottom corner of the drone, as shown in the image.
  • Use 4x Screw 11.
  • Use Loctite Threadlocker Purple.
  • Mind the direction of the cable.

Radar Altimeter Installation

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Step 17. Install Camera

• Parts needed:

  • 3241 (SIYI A8 Mini Gimbal Camera)
  • Screw 7 x4 (Hex Drive Flat Head Screw M3x8)
  • Washer 1 x8 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Nut 1 x4 (Nylon-Insert Locknut M3)

• Secure SIYI A8 Mini Gimbal Camera in front-bottom corner of the drone, as shown in the image.

  • Use 4x Screw 7.
  • Use 4x Washer 1.
  • Use 4x Nut 1.
  • DO NOT use Loctite Threadlocker.
  • Mind the orientation of the camera, make sure the gimbal center points forward, i.e. away from the drone.

Camera Installation Holes	Camera Orientation

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Step 18. Install Motor Arm Tubes & Motors

• Parts needed:

  • 14X2 (4x Motor Arm Tubes)
  • 31X1 (4x Hobbywing X6 Plus Motors)
  • Screw 6 x8
  • Washer 1 x16
  • Nut 1 x8
  • Loctite Threadlocker Blue 242

• Drill holes on the motor arm tubes for assembly.

  • Pay close attention to hole alignment. Both longitudinal (axial) and radial (rotational) alignment must be maintained.
  • See the image for distancing.
  • Use 3 mm drill bit.
  • This step is critical. Improper hole alignment may result in thrust imbalance.
    • A drill jig may be used to ensure proper alignment.

Motor Arm Tube Hole Drilling Layout

• Slide a tube inside each motor tube clamp.

  • Orient the tube so that the motor is installed on the end with the shorter hole-to-end distance.
  • Route the motor & ESC cables through the inside of the tube.
  • Make sure the tubes are inserted all the way.
  • Use Screw 6 to fix the tube in place.
  • Use Washer 1 on each side.
  • Use Nut 1.
  • Do not apply more than 0.6 Nm of torque.

• Tighten the clamps with the screws provided in the motor package.

• Use Loctite Threadlocker Blue to secure the screws.

Motor Installation

• Install the motor arms on the motor arm connectors.

  • Mind the motor spin directions. Use Ardupilot Quad X motor layout. See the image for reference. The front of the drone is where the radar sensors are.
  • Make sure the tubes are inserted all the way.
  • Route the cables from inside the tube, through the cable exit hole on top of the motor arm connector.
  • Use Screw 6 to fix the tube in place.
  • Use Washer 1 on each side.
  • Use Nut 1.
  • Do not apply more than 0.6 Nm of torque.

• Tighten the clamps with the screws provided in the motor arm connector package.

• Use Loctite Threadlocker Blue to secure the screws.

Motor Arm Installation	Motor Cable Routing

• Set the LED colors at each end of the motors.
  • LEDs on the left side motors (Motors 2 & 3, C & D) should be RED.
  • LEDs on the right side motors (Motors 1 & 4, A & B) should be GREEN.
  • Use the motor user manual to set the colors.

Adjusting LED Color Instructions

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Step 19. Install Telemetry Air Unit & Attachment Interface PCBs

• Parts needed:

  • 3223 (HM30 Telemetry Air Unit)
  • 3341, 3342, 3343 (Attachment Interface PCBs)
  • Screw 3 x12 (Button Head Hex-Drive Screw M2x4)
  • Loctite Threadlocker Purple 222
  • Double-Sided Tape

• Install the HM30 air unit on the right side of the drone.

  • Secure tightly with double-sided tape.
  • Mind the orientation.

HM30 Air Unit installation

• Install the attachment interface PCBs on all three attachment interfaces.
  • The pin side will face outward, while the connector side will stay inside.
  • Make sure the side with the notch mark will be on the notch side of the attachment interface. (See Step 15 for notch reference)
  • Secure them with Screw 3.
    • Use Loctite Threadlocker Purple.

Attachment Interface PCB Orientation	PCB Location

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Step 20. Install Main Enclosure & Top Cap

• Parts needed:

  • 2411 (Main Enclosure)
  • 2412 (Top Cap)
  • 2421 & 2422 (Enclosure Hinges)
  • 2431 & 2432 (Enclosure Latches)
  • Insert 1 x28 (M3 Threaded Inserts - 5.7 mm)
  • Silicone Foam Seal Strip (OD: 8 mm)
  • Screw 5 x4 (Socket Head Screw M3x8)
  • Screw 8 x8 (Hex Drive Flat Head Screw M3x10)
  • Screw 17 x8 (Socket Head Screw M3x6)
  • Washer 1 x4 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Loctite Threadlocker Purple 222
  • Würth Super RTV Silicone Black

• Place Insert 1 to the holes shown in the picture on the main enclosure.

  • Use a soldering iron to place them inside the plastic.
  • 16 in total.

Insert 1 (5.7 mm) Locations

• Place Insert 1 to the holes shown in the picture on the top cap.
  • Use a soldering iron to place them inside the plastic.
  • 12 in total.

Insert 1 (5.7 mm) Locations

• Place Silicone Foam Seal Strip in the groove on the main enclosure.
  • Cut the seal strip to length that minimizes the gap between the ends.
  • Use Würth Super RTV Silicone Black to install it in the groove.
  • Seal the gap between the ends of the strip with Würth Super RTV Silicone Black.

Silicone Foam Seal Strip Location

• Install the hinges and latches on the main enclosure and the top cap.
  • Use Screw 8 for the hinges.
  • Use Screw 17 for the latches.
  • Use Loctite Threadlocker Purple.

Hinge & Latch Installation

• Place the main enclosure and the top cap on the aircraft.
  • Apply Würth Super RTV Silicone Black on the contact surface between the BC-PCB cover and the main enclosure, as shown in the image.
  • Make sure the antenna cables stay over the upper plate, as they will be hard to grab afterwards.

Würth Super RTV Silicone Black Application

• Secure the main enclosure on each corner using the hole shown in the image.
  • 4 locations in total.
  • Use Screw 5.
  • Use Washer 1.
  • Use Loctite Threadlocker Purple.

Main Enclosure Installation Hole

Step 21. Install the Push Button, Antennas & LIDAR

• Parts needed:

  • 3211 (Obstacle Avoidance Lidar S2L)
  • 3221, 3222 (Front & Rear Telemetry Antennas)
  • 3231 (Power Switch)
  • Screw 5 x4 (Socket Head Screw M3x8)
  • Washer 1 x4 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Würth Super RTV Silicone Black
  • Loctite Threadlocker Purple 222

• Remove the marked nuts from the antenna cables.

• Insert the antenna cables through the holes shown in the picture.

• Secure the antenna cables from outside with the nuts that were removed.

• Install the antennas on the outside.

  • Use a very small amount of Loctite Threadlocker Purple. Apply only to the threads near the base.

Antenna Cable Nut	Antenna Cable Locations	Antenna Placement

• Remove the marked nut from the push button.
• Insert the push button in its location on the main enclosure.
• Secure it with the nut from inside.
  • Use Loctite Threadlocker Purple.

Push Button Nut	Push Button Location

• Place the Lidar in its slot over the top cap.
  • Mind the orientation of the cable. It should go through the hole on the top cap.
• Secure with Screw 5 and Washer 1.
• Use Loctite Threadlocker Purple.
• Seal the gap around the cable with Würth Super RTV Silicone Black.

Lidar Installation

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Step 22. Install the PPP Adapter & Beacon

• Parts needed:

  • 2341 (PPP Adapter & Beacon Mount)
  • 3261 (Remote ID Beacon)
  • 3314 (PPP Adapter, CubeNode ETH)
  • Screw 5 x2 (Socket Head Screw M3x8)
  • Screw 10 x4 (Socket Head Screw M2x6)
  • Washer 1 x2 (M3 General Purpose Washer 3.2 mm ID, 6 mm OD)
  • Insert 3 x4 (M2 Threaded Inserts)
  • Loctite Threadlocker Purple 222
  • Double-Sided Tape

• Place Insert 3 to the holes shown in the picture on the PPP Adapter & Beacon Mount.

  • Use a soldering iron to place them inside the plastic.
  • 4 in total.

Insert 3 Locations

• Place the PPP Adapter & Beacon Mount inside the main enclosure, as shown in the picture.
  • Secure it with Screw 5 and Washer 1.
  • Use Loctite Threadlocker Purple.

PPP Adapter & Beacon Mount Location

• Place the PPP Adapter & Beacon on the mount, as shown in the picture.
  • Secure the Beacon with Screw 10, use Loctite Threadlocker Purple.
  • Secure the PPP Adapter on the mount with double-sided tape.

PPP Adapter & Beacon Mount Installation

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