Rhinorc Gb874 Crawler Chassis Full Kit Instructions
- June 1, 2024
- Rhinorc
Table of Contents
Rhinorc Gb874 Crawler Chassis Full Kit
Product Information
The Rhino Capra Axles kit and Rhino YUE LCG Chassis are essential components for building a high-performance RC crawler.
Specifications
- Material: Titanium alloy
- Compatible with: Rhino S12 Motor
- Link Length: 60mm, 100mm, 190mm
- Driver Shaft Length : 65-81mm
- Screw Sizes: M38mm, M310mm, M320mm, M325mm, M3*30mm
Rhino Capra Axles kit
USING AND INSTALLATION INSTRUCTION
Step1: Rear Link assembled:
Step2: Servo Mount assembled:
Step3 : Riser Link assembled:
(If you assemble the riser link only, please use M3*8mm screws, it put them in
the riser bag)
If you assemble riser link and battery mount, please use M3*10mm screws, it
put in battery mount bag
Step4: Gear box assembled:
Assemble Rhino S12 Motor
Step5: Please use curved link ends on 60mm length Titanium alloy Link:
Step6: Assemble 60mm length link and shock (95mm length) to front axles
(Use 2pcs M3*25mm screws)
Step7: Assemble 65-81mm driver shaft to front axles:
Step8: Assemble gearbox and Front lower link to YUE LCG chassis
Use M320mm and M330mm Screws
Step9: Assemble Rear lower link to Rear Axles:
Step10: Assemble carrier to YUE LCG chassis
Step11: Assemble 190mm bent link to YUE LCG chassis
Step12: Assemble 100mm link to Rear Axles
Step13: Assemble Fron lower link and Shock to Front Axles
Step14 : Assemble the Rear Shock and Rear link to Chassis
Use M320mm screw and d3-D65mm Spacer
Step15 : Assemble 65-81mm driver shaft and front Upper link to chassis
Step16: Assemble Bumper
Step17: Assemble body mount:
Installing Rhino power system
FAQ
Frequently Asked Questions
- Q: Do I need any additional tools for assembly?
- A: Basic tools like screwdrivers may be required for assembly, depending on the kit provided.
- Q: Can I customize the components in this kit?
- A: While the kit is designed for specific components, minor customization may be possible, but it’s recommended to follow the assembly instructions for optimal performance.