This is a remix version of the FPV-Rover V1.21 and FPV-Rover with increased clearance, raised front gear and reinforced hull.

(you can see my other Rover modifications FPV-Rover V2.31 )

Print 2 body parts, glue them together and tighten them with 4 studs!

You can secure various batteries and any electronics (RC, arduino,raspberry/orange pi, etc) inside by inserting M3 nuts into the grooves (step 10mm).

Added version of the housing the ability to install the rangefinder module HC-SR04 (or HY-SRF05, US-015, US-100) (see photo)

In the 1_31_body version it is possible to easily attach or remove various rear modules.

The height of the useful volume of the body inside V1.31 - 44mm.

Upgrade 01:

RC Tank Controller

Upgrade 02:

Rubber Gun for FPV-Rover

Upgrade 03:

GoPro Mount for the FPV-Rover

Upgrade 04:

Base for mounting EEZYbotARM MK2 to FPV-Rover

Upgrade 05

Nerf Dart Launcher

Purchased parts:

Required parts:

• 4x m3x40mm
• 4x m3x45(or 50)mm
• 4x m3 stud 120mm (I cut the stud 1m(d=3mm))
• 20x or more m3 nuts
• 8x bearings 6802zz for the main cog
• 16 x bearings 688ZZ for the small cog
• 4x TT motor (plastic gear) or TT motor (metal gear)
• 2x ECS 20A оr ECS 30A
• Control (RC, Arduino or etc....)

Options:

• 1x Servo
• ?x Fan 12v
• 1x HC-SR04
• 1x Tie for holder Li-Po
• 16x 3x1mm magnets (20pcs package)
• 2x or more Battery 18650 or Battery 18650
• 1x 2S 20A Li-Po Battery Protection BMS Board (balance version)
• 1x 2s Balance cable for Li-Po battery
• 1x or more Connector JST
• 1x Simple charger for 2-3s Li-Po
• 1x 4CH Frsky Receiver

or 8CH Frsky Receiver

or SBUS To PWM/PPM Decoder 8 Channel Converter + Receiver with SBUS

or Crossfire Receiver

or CRSF to PWM Converter + Receiver with Crossfire

or CRServoF "blue pill" project

• 1x BEC for protect rc-reciver: Easy tuned BEC or chiper BEC
• 1x camera
• 1x RC Light Switch or RC Light Switch 3pcs
• 1x Metal Scalpel Knife

Parts to print (from FPV-Rover V1.31)

Required parts (I printed with Infill: 30%):

• 1x body left v1.31 (see Print Setting Notes)
• 1x body right v1.31 (or version for rangefinder module HC-SR04) (see Print Setting Notes)
• 1x inner track frame left v1.31
• 1x inner track frame right v1.31
• 1x outer track frame left v1.31
• 1x outer track frame right v1.31
• 1x fpv-cam-holder (I use Micro FPV camera holder for FPV-Rover)
• 1x front (or version for rangefinder module HC-SR04)
• 1x back (5 version, choose which best for you)

(Rover_v1_x1_Back_V1

or Rover_v1_x1_Back_2x18650BAT_hold

or Rover_v1_x1_Back_AntennaHld

or Rover_v1_x1_Back_anti-rollover_tail_with_fan_V0

or Rover_v1_x1_Back_anti-rollover_tail_with_fan_V1)

• 8x small cog
• 4x main cog
• 66x track (recomend vertical print with 100% infill)
• 66x pins

(try which one fits best for you)

• 1x top (v1,v2 with glue lock or v3 with screw locks)

(also you can use this base for mount EEZYbotARM MK2 )

• 1x set camera-led-mount
• 1x led mount

Options:

• 1x holder servo (see photo)
• 1x Holder Battery V1 or 2x Holder Battery (see photo)
• 1x Holder_30mm_Fan_for_video_transmiter_in_tail (see photo)
• Holder 30mm Fan (see photo)
• Cover 30mm Fan (see photo)