AVT-W9D All-Terrain Robotic Chassis: 4x4 UGV with 100 kg Load Capacity

• ✔ Extreme load capacity up to 100 kg for heavy loads
• ✔ Reliable 4x4 drive for unbeatable traction
• ✔ Independent suspension for perfect off-road stability
• ✔ Solid, puncture-proof rubber tires for maximum durability
• ✔ 150 mm ground clearance for easy overcoming of obstacles
• ✔ Powerful brushless DC motors 2x1000W
• ✔ Maximum speed of 9.8 km/h for efficient movement

Introducing the AVT-W9D rugged all-terrain robotic chassis, a cutting-edge solution for autonomous operations in the most challenging outdoor environments. This 4x4 UGV (Unmanned Ground Vehicle) is designed to handle heavy-duty payloads and provide a stable platform for a wide range of applications, from scientific research to specialty transport.

⚙️ What does this robotic chassis offer?

• Powerful drive and steering: The chassis is equipped with a system with an excellent reduction ratio and differential steering, ensuring precise handling and adaptability in a variety of terrain.
• Independent suspension: Each of the four wheels has independent suspension that effectively absorbs shocks and maintains optimal contact with the surface, resulting in unmatched stability.
• Bulletproof tires: Special puncture-proof solid rubber tires offer extreme resistance to punctures and damage, which is key for worry-free operation in harsh environments.
• High clearance: With an impressive 150 mm ground clearance and robust construction, the AVT-W9D is capable of overcoming significant obstacles and unevenness.
• Brushless Motors: Two high-performance 48V 1000W DC brushless motors provide sufficient torque and speed for demanding tasks.

🔍 Explore every detail of robustness

The AVT-W9D is more than just a robot chassis; it is a reliable partner for demanding missions. Its design emphasizes maximum durability and functionality in extreme conditions. The robust construction of carbon, alloy steel and aluminum is surface-treated with powder coating or plastic spraying, ensuring long life and corrosion resistance.

Wheels with solid, puncture-proof tires may slightly affect top speed, but their undeniable advantage is unrivaled durability and support, without the fear of a puncture. This design choice underlines the focus on reliability and stability in terrain where pneumatic tires would fail. Thanks to the independent suspension, the vehicle is extremely stable and able to maintain balance even on very uneven surfaces.

🚧 Are you bothered by difficult terrain and heavy loads?

Are you facing challenges where conventional vehicles fail? Do you need a reliable platform that can carry significant loads, handle extreme terrain, while maintaining stability and autonomy? Conventional robotic chassis often lack sufficient payload capacity, resistance to defects in harsh environments, or the ability to effectively absorb shocks, leading to cargo damage or mission failure.

🚀 Take back control with AVT-W9D!

The AVT-W9D robotic chassis delivers a complete solution for your most complex tasks. With a 100kg payload, advanced 4x4 drive and indestructible tires, it eliminates the worry of being unable to overcome obstacles or damage in the field. It is designed for maximum autonomy and stability, allowing you to focus on your mission, not the limitations of the technology.

💡 More than just features – real benefits for your projects

• Load capacity 100 kg: -> Benefit: Ability to transport heavy sensors, robotic arms, containers or other specialized equipment without restrictions.
• Solid puncture-proof tires: -> Benefit: Carefree operation even in terrain full of sharp objects, minimizing downtime and maintenance costs.
• Independent suspension and 150 mm ground clearance: -> Benefit: Excellent adaptability to uneven terrain, smooth ride and protection of sensitive components from impacts.
• 4x4 drive and powerful engines: -> Benefit: Reliable traction and enough power to move uphill, through mud or sand, which expands the possibilities of use.
• Robust metal construction: -> Benefit: Long service life and high resistance to mechanical damage even in harsh operating conditions.

🎯 For whom is the AVT-W9D the ideal choice?

• Scientific and research teams: For data collection, monitoring, or robotic experiments in the field.
• Inspection and security forces: For surveying dangerous areas, monitoring or surveillance.
• Filmmakers and photographers: For a stable platform for special shots in challenging exteriors.
• Industrial and logistics companies: For automated material transport in inaccessible environments.

❓ Do you have any concerns? We'll answer them!

• Concern: How will the chassis handle extreme terrain? -> Answer: With 4x4 drive, independent suspension and 150 mm ground clearance, the AVT-W9D is designed for excellent cross-country ability and stability in any challenging environment.
• Concern: What if the tires get damaged? -> Answer: The chassis uses special solid rubber tires that are puncture-resistant, ensuring worry-free operation without the need for constant repairs.
• Concern: Will it have enough power for my applications? -> Answer: Two 48V 1000W DC brushless motors provide more than enough power and torque to transport 100 kg of cargo even in difficult terrain.

🛠️ Technical specifications

Chassis type	All-terrain robotic UGV
Maximum load capacity	100 kg
Maximum speed	9.8 km/h
Drive	4x4, differential steering
Engines	2x 1000W DC brushless (48V)
Suspension	Independent on all 4 wheels
Headroom	150mm
Tires	Solid, puncture-proof rubber
Construction material	Carbon steel/alloy steel/aluminum
Surface treatment	Powder coating / plastic spraying
Recommended applications	Inspection and survey, scientific research and education, special photography, special transport

❓ Frequently Asked Questions

What maximum load capacity does the AVT-W9D offer?

The AVT-W9D robotic chassis is designed for a payload of up to 100 kg, making it an ideal platform for transporting heavy loads or specialized equipment.

Is this chassis suitable for operation in difficult terrain?

Yes, with 4x4 drive, independent suspension and 150 mm ground clearance, the AVT-W9D is excellently adapted for operation in difficult and uneven terrain.

What is the maximum speed that the chassis reaches?

The AVT-W9D robotic chassis reaches a maximum speed of 9.8 km/h, which allows for efficient and fast movements in terrain.

What types of tires does the chassis use and what are their advantages?

The chassis is equipped with solid, puncture-proof rubber tires. These tires ensure high durability, reliability and eliminate the risk of puncture even in harsh environments.

What materials is the chassis structure made of?

The chassis construction uses a combination of carbon steel, alloy steel and aluminum, ensuring optimal strength, durability and longevity.

What are the main applications for which the AVT-W9D is designed?

It is ideal for a wide range of applications, including inspection and surveying, scientific research and education, specialty photography, and rough terrain transportation.