FVO1��The most advanced �3D-printable, �RC F1 car 

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BEFORE YOU START!

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Before building, join our Discord to get live help from us and our community. Electronics and car settings, exclusive modifications, photos, tests, news - all in one place.

Build better. Drive faster. Don't build alone.

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FV01 TECHNICAL SPEC

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• Dimensions 737mm length, 264mm width, 143mm height
• Ready to drive car weights around 3.1kg (with bigger battery)
• V-max of this car is theoretically around 110kmh (depends on gear set and motor), we registered V-max with GPS of 75km/h on 3600KV motor and gears 11T+15T, but You need very good quality and long track to do such speed runs
• Model have fully independent push rod suspension, designed as close to real cars as possible
• Contains differential which help with handling
• Active aero for cooling inside parts
• As close as possible to real F1 car, inspired mainly by RB16b
• Working aero parts providing downforce at high speeds
• Sparks from floor plank (if titanium screws are used)
• Designed for easy replacement broken parts

OPTIONAL parts You might want to use

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• Front body lid have 2 versions, one with working S-duct, and one with S-duct cutted out. We suggest to use second one, because S-duct channel might touching Your Shocks rocker screw (depends on Your screws head)
• You can mount DJI Action 2 camera inside cockpit, in Optional folder is part Camera_Mount which should be screwed to front body
• If You want sparks from under floor, You need titanium M3x10mm screws with rounded head (link in BOM), screw them to Plank, exact place is on the next page

CHANGE LOG

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• V1.0.2 :
• OPTIONAL folder :
• New wheel hubs (better tolerance)
• Side impact structure with GoPro like mount
• Mirrors without integrated supports

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• V1.1.0 :
• FRONT_SUSPENSION folder:
• Updated shock absorber mounts with more holes and pitch numbers
• REAR_SUSPENSION folder :
• Updated shock absorber mount with more holes and pitch numbers
• STATIONARY_MODEL folder :
• Rockers needed for building stationary model�
• CHANGE LOG MOVED TO DISCORD CHANNEL:
• FV01 #model-update-info

IMPORTANT INFORMATION STATIONARY MODEL

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If you want to build a stationary version, first check the PRINT SETTINGS file to find out which parts you need to print (Stationary Model Required column). Then follow the standard step-by-step instruction. If the instruction say to use parts you don't have, that means you don't need them. Also, use the rockers from the STATIONARY_MODEL folder instead of those from the front and rear suspension folder. When you install them, screw them all the way to the end, they need to be firmly attached so the suspension doesn't fall down.

OPTIONAL Titanium screws holes

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Do not tighten them with full force, if they worn out You’ll have problem with unscrewing!!

OPTIONAL DJI Action 2 Cockpit mount

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Screw M3x15 to secure mount part to the body

1��Floor assembly 

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1.1��Floor assembly 

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1. Insert the M3 nuts into the holes

2. Push parts into each other

1.2��Floor assembly 

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1. Screw M2x6 into the holes

1.3��Floor assembly 

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1. Screw M2x5 into the holes

2. Do the same for the other side

1.4��Floor assembly 

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1. Screw M2x5 into the holes

1.5��Floor assembly 

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1. Screw countersunk M3x10 into the holes

2��Front suspension�assembly 

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2.1��Front suspension�assembly 

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1. Insert M3 nuts into the holes

2.2��Front suspension�assembly 

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1. Insert M3 nuts into the holes

2.3��Front suspension�assembly

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1. Place Main Plate into the front body

2. Screw countersunk M3x10 into the hole

2.4��Wishbones and arm preparation 

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1. Screw in headless M3x16 screw, orientated hex head to ball end

2. Screw in ball end with screw into the wishbone

3. REPEAT THIS STEP FOR EVERY WISHBONE AND ARM IN THE PROJECT!!!

TIP!!��Make sure your Ball ends are screwed all the way to the end!!

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GOOD

BAD

TIP!!��Also, make sure your rear top wishbones have outside ball ends rotated by 90*

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GOOD

BAD

2.5��Front suspension�assembly 

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1. Screw in M3x10 screw

2. Do the same for the other side

2.6��Front suspension�assembly

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1. Screw in M3x10 screw

2.7��Front susp.�assembly 

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1. Screw in M3x10 screw

2. Screw in M3x15 screw

3. Screw in countersunk M3x15 screw

2.8��Front susp.�assembly 

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1. Insert M3 nuts into the holes

2. Push MR63ZZ 3x6x2.5mm bearings into rockers

2.9��Front susp.�assembly 

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1. Place rocker on it’s place

2. Screw in M3x25 screw

3. Screw in countersunk M3x10 screw

2.10��Front susp.�assembly � 

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1. Push MR63ZZ 3x6x2.5mm bearings into rockers

(both sides, as pervious)

2. Screw in M3x15 screw

3. Screw in M3x10 screw

2.11��Front suspension�assembly 

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1. Screw in M3x10 screw

TIP!!��Tip for next step, puncture 3D printed bridge, and make sure bearings place’s are 100% clean from any filament residue.�This might affect proper running later

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GOOD

BAD

BAD

GOOD

Puncture here

Puncture here

2.12��Front suspension�assembly �

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1. Push in 6700ZZ 10x15x4mm

2. Push in all parts

3. Screw all parts parts together with countersunk M3x15

4. Insert M3 nut

2.13��Front suspension�assembly 

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1. Push in MR105ZZ 5x10x4mm

2.14��Front susp.�assembly � 

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1. Screw in M3x10 screw

2.15��Front susp.�assembly 

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1. Push in servo

2. Place and hold M3 nuts while doing next step

2.16��Front suspension�assembly � 

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1. Screw in M3x20 screw while holding nuts from pervious step

2. Repeat on the other side

2.17��Front suspension assembly 

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1. Insert M3 nuts into the holes

2.18��Front suspension�assembly 

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1. Screw in M3x10 screw

IMPORTANT TIP!!��Before next step, unscrew servo arm and connect servo to receiver and battery and turn it on, to make sure that servo is in it’s 0 position. After this You can screw in Your arm to servo’s shaft

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2.19��Front suspension�assembly 

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1. Screw in M3x12 screw

2. Screw in M3x10 screw

2.20��Front suspension�assembly � 

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1. Place M3 nuts

IMPORTANT TIP!!��Before next step, prepare Your shock absorbers�Use hardest springs You’ve got with shocks, also fill them with machine oil or special shocks oil�Down there is link to YouTube tutorial�TUTORIAL

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2.21��Front suspension�assembly � 

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1. Screw in M3x10 screw,

with printed spacer.

New update added pitch numbers below holes on shock mount, for shocks from BOM, 0 hole is default, You can try nearby ones if needed also!

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2.22��Front susp.�assembly � 

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1. Slide in last step assembly, it might be a little tricky. If You can’t do this, try to unscrew serwo arm and then try again

2.23��Front susp.�assembly � 

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1. Screw in countersunk M3x10 screw.

2.24��Front suspension�assembly 

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1. Screw in M3x10 screw.

IMPORTANT TIP!!��Make sure You have enough shock’s tension to have enough force to make car bounce up, if there’s too small force You might need to screw shock’s into shock absorbers mount one or two holes closer

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2.25��Front suspension�assembly � 

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1. Screw in M3x12 screw

2.26��Front suspension�assembly � 

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1. Screw in M3x10 screw.

2. Place M3 nuts

3��Body assembly 

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3.1��Body assembly 

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1. Slide in servo cable.

2. Place parts near each other

3.2��Body assembly 

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1. Place M3 nuts.

3.3��Body assembly 

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1. Place M3 nuts.

3.4��Body assembly 

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1. Screw in countersunk M3x30 screw.

3.5 (optional)

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Body �assembly 

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Front shock absorbers must be without oil cans due to current steering version!

You can unscrew oil tubes from shock’s body and screw in some screw to block the hole�

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1. Screw in M2x6 screw.

3.6��Body �assembly 

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1. Push parts into the body.

2. Screw in countersunk M3x10mm screw.

3.7��Body �assembly 

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2. Screw in countersunk M3x25 screw.

1. Screw in countersunk M3x20 screw.

3. Screw in countersunk M3x10 screw.

4. Screw in countersunk M3x12 screw.

3.8��Body �assembly 

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1. Place M3 nuts.

c

3.9��Body �assembly 

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2. Screw in M3x10 screw

1. Screw in M3x20 screw for both sides.

3.10��Body �assembly 

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1. Screw in countersunk M3x12 screw.

4��Rear suspension�assembly � 

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4.1��Rear susp.�assembly � 

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2. Place and screw in countersunk M3x15mm screw if you want to mount cooling fan, we suggest to use fans.

1. Place M3 nuts.

3. (Optional) Screw 40x40 cooling fan to this part

4.2 (optional)��Rear susp.�assembly � 

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1. Screw M2x6 screw

4.3��Rear susp.�assembly � 

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1. Place part on floor with �this orientation!

2. Screw in countersunk M3x20mm screw.

4.4��Rear susp.�assembly � 

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1. Place M3 nuts

4.5��Rear susp.�assembly � 

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1. Keep this order

We suggest to use loctite or other thread glue for securing grub screw on motor gear!

4.6��Rear susp.�assembly � 

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1. It should look like this

4.7��Rear susp.�assembly � 

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1. Put gear assembly into place

4.8��Rear susp.�assembly � 

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1. Put differential on it’s position, then place Top Gearbox Housing on top

TIP!!��If your car is going in reverse (instead of going forwards it goes backwards), you can rotate the differential by 180 degrees. This will fix this problem!

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4.9��Rear susp.�assembly � 

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1. Screw in M3x10 screw. Do not tight them fully for now!

4.10��Rear susp.�assembly � 

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1. Push bottom wishbones in �this orientation!

2. Screw in temporary any long screws to secure position of wishbones.

3. Tight fully screws from pervious step. Make sure that differetial rotates smoothly.

4. Unscrew the temporary screws.

4.11��Rear susp.�assembly � 

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1. Place M3 nuts

2. Place M3 nylock nut

4.12��Rear susp.�assembly � 

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1. Screw in M3x30 screw.

4.13��Rear susp.�assembly � 

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1. Screw in headless screw to secure gear on motor shaft, We suggest to use loctite or other thread glue for securing grub screw on motor gear!

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USE MOTOR SHAFT ADAPTER!!! If Your motor shaft have 3.175mm diameter. Motor gears from BOM have inside diameter of 5mm

4.14��Rear susp.�assembly � 

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1. Screw in countersunk M3x8 screw.

4.15��Rear susp.�assembly � 

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1. Apply grease on the gears.

4.16��Rear susp.�assembly � 

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1. Screw in M3x25 screw. Do not�tight them fully until you match gears positions.

4.17��Rear susp.�assembly � 

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1. Screw M3x20 or 25mm, it depends on Your gear set, make sure head of the screw don’t stick out too much, but in the same time lower motor mount screw is secured by this screw

4.18��Rear susp.�assembly � 

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1. Screw in M3x15mm screw.

4.19��Rear susp.�assembly � 

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1. Push MR63ZZ 3x6x2.5mm bearings into rockers

(both sides, as pervious rockers)

2. Screw in M3x15 screw

4.20��Rear susp.�assembly � 

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1. Screw in M3x10mm screw.

4.21��Rear susp.�assembly � 

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1. Push in 6700ZZ 10x15x4mm

2. Push in MR105ZZ 5x10x4mm

4.22��Rear susp.�assembly � 

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2. Screw in M3x15mm screw.

1. Place M3 nuts

3. Place Wheel Axle (HSP 02033) into the wheelhub

4.23��Rear susp.�assembly � 

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1. Place Dogbone into �differential.

2. Rotate wheelhub to match Dogbone into Wheel Axle.

4.24��Rear susp.�assembly � 

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1. Screw in M3x10mm screw.

4.25��Rear susp.�assembly � 

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1. Slide assembly into the body �from the back.

4.26��Rear susp.�assembly � 

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1. Screw in countersunk M3x10 screw.

2. Screw in countersunk M3x16 screw.

3. Screw in countersunk M3x40 screw.

4. Apply grease into differential compartment.

5. Mount second part of diffuser plank by reapeating the steps.

4.27��Rear susp.�assembly � 

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1. Slide diffuser fins under diffuser plank.

2. Screw in countersunk M3x30mm screw.

4.28��Rear susp.�assembly � 

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1. Screw in M3x15mm screw.

4.29��Rear susp.�assembly � 

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1. Screw in countersunk M3x15 screw.

2. Screw in M3x10 screw.

4.30��Rear susp.�assembly � 

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1. Screw in M3x15 screw with 3D printed spacers.

2. Screw in M3x10 screw.

New update added pitch numbers below holes on shock mount, for shocks from BOM, 0 hole is default, You can try nearby ones if needed also!

5��Rear wing assembly 

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5.1��Rear wing assembly 

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1. Screw in M2x6 screw.

2. Repeat on both sides

5.2��Rear wing assembly 

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1. Screw in M2x6 screw in choosen position of DRS.

2. Repeat on both sides

5.3��Rear wing assembly 

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1. Screw in M2x10 screw.

5.4��Rear wing assembly 

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1. Screw in M2x15 screw.

5.5��Rear wing assembly 

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1. Slide Exhaust on it’s place

5.6��Rear wing assembly 

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1. Screw in M3x6 screw.

2. Screw in M3x8 screw.

6��Final body assembly 

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1. Screw in M2x6 screw.

6.1��Final body�assembly 

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1. Screw in M3x12 countersunk screw.

6.2��Final body�assembly 

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1. Glue in camera holder.

6.3��Final body�assembly 

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1. Glue in both cameras.

6.4��Final body�assembly 

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1. Screw in M2x10 screw.

6.5��Final body�assembly 

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1. Screw in M3x12 countersunk screw both sides.

TIP!!��There’s 2 options for printing mirrors for next step:

-Print with our integrated supports, files in FRONT BODY folder

-Print without integrated supports, files in OPTIONAL folder

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6.6��Final body�assembly 

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1. Glue in both mirrors.

6.7��Final body�assembly 

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1. Glue in camera.

6.8��Final body�assembly 

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1. Screw in M3x10

countersunk screw both sides.

7��Front wing�assembly 

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7.1��Front wing�assembly 

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1. Screw in M2x10 screw.

2. Screw in M2x6 screw.

7.2��Front wing�assembly 

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1. Screw in M3x5 countersunk screw.

7.3��Front wing�assembly 

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1. Screw in M3x20 screw.

7.4��Front wing�assembly 

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1. Screw in M3x10 screw

7.5��Front wing�assembly 

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1. Glue in both cameras.

7.6��Front wing�assembly 

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1. Screw M3x20, this screw is for “lifting” nose up, You need to unscrew as much as You need so nose don’t fall too much down

7.7��Front wing�assembly 

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1. Screw in M3x8 countersunk screw.

7.8��Front wing�assembly 

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1. Screw in M3x16 countersunk screw.

8��Wheels assembly 

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1. Slide in Wheel Hex pin on it’s place at Wheel Axle end

8.1��Wheels assembly 

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1. Place Wheel Hex on pin from previous step

8.2��Wheels assembly 

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1. Slide Wheel rim inside tire

2. Repeat for every Wheel!!!

8.3��Wheels assembly 

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1. Place tire on Wheel Hub, make sure Wheel Hex fits right with rim Hex place

2. Secure wheel with M4 nylock nut (You might need to screw this nut with rubber from thread side)

Congrats, You’ve completed Your FV01 - 3D printed F1 car!!

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FVO1��The most advanced �3D-printable, �RC F1 car 

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