EGP Public Pricelist
  1. All Products
  2. Wild Thumper 6WD Drive Chassis (6 Geared DC Motors With Suspension)

Wild Thumper 6WD Drive Chassis (6 Geared DC Motors With Suspension)

https://www.ram-e-shop.com/web/image/product.template/6685/image_1920?unique=11dc2c7

14,000.00 EGP 14000.0 EGP 14,000.00 EGP 16,500.00 EGP

14,000.00 EGP 16,500.00 EGP

Not Available For Sale

This combination does not exist.

Contact Us

 Pick up from RAM Store
 Shipping: 2-3 Business Days

Internal Reference: RO.BASE.RS003S34

Dagu Wild Thumper 6WD All-Terrain Chassis

Product Overview

The Dagu Wild Thumper 6WD chassis is a rugged all-terrain robotic platform designed for outdoor and off-road robotics projects. Featuring six geared DC motors, heavy-duty wheels, and an advanced suspension system, it provides excellent traction, stability, and load capacity. This chassis is ideal for mobile robots, research projects, autonomous vehicles, and outdoor robotic applications.

Key Features
  • 6-wheel drive (6WD) system for superior traction and stability
  • Six high-torque DC geared motors
  • Heavy-duty aluminum chassis structure
  • “Super Twist” suspension system for rough terrain
  • Large off-road wheels with strong grip
  • High payload capacity for robotics projects
  • Multiple mounting holes for electronics and accessories
Technical Specifications
General Specifications
  • Drive System: 6WD (Six DC geared motors)
  • Dimensions: 420 × 300 × 130 mm
  • Weight: Approx. 2.7 kg
  • Ground Clearance: Approx. 60 mm (unloaded)
  • Maximum Recommended Payload: 5 kg
  • Chassis Material: Aluminum plate
  • Suspension: Independent “Super Twist” suspension system
Motor & Electrical Specifications
  • Recommended Motor Voltage: 2 – 7.5 V DC
  • Rated Voltage (Typical): 6 V DC
  • No-Load Current (per motor @ 7.2 V): ~420 mA
  • Stall Current (per motor @ 7.2 V): ~6.6 A
  • Gearbox:
    • 34:1 gear ratio 
  • Output Speed @ 7.2 V:
    • ~350 RPM (34:1 version) 
  • Stall Torque @ 7.2 V:
    • ~5 kg·cm (34:1 version) 
Additional Technical Notes
  • Six motors operate independently for differential steering control
  • Designed for robotic platforms and research applications
  • Requires a motor driver capable of handling high current due to multiple motors
  • Suitable for outdoor and rough-terrain robotic systems
Typical Applications
  • Mobile robots and rovers
  • Autonomous vehicles and robotics research
  • Educational robotics platforms
  • Outdoor robotics and exploration projects
  • Industrial and academic prototyping
Advantages
  • High traction and stability on uneven terrain
  • Strong load capacity for sensors, controllers, and batteries
  • Flexible mounting options for custom robot designs
  • Durable mechanical structure for long-term use

✅ Perfect for professional robotics projects, universities, R&D labs, and advanced hobbyists.

Download