Under the core demand of "robust off-road performance and stable operation" for mobile chassis in the field of reconnaissance robots, a track-type chassis specifically designed for small reconnaissance robots has been officially launched on the market. This chassis, with its innovative design and powerful performance, perfectly meets the extremely high requirements of reconnaissance tasks for adaptability to complex terrains and stability of equipment installation. It has become an ideal matching solution for video collection and visual system reconnaissance robots, injecting new impetus into the upgrade of reconnaissance operation efficiency and accuracy.
14 oil-pressure damping shock absorbers + unique track tread pattern, meeting both off-road and smooth driving standards.
The core competitiveness of the chassis lies in its dual breakthroughs in shock absorption and grip performance. The chassis is equipped with 14 hydraulic damping shock absorbers, which can efficiently buffer the vibration and shock caused by complex terrains. Even in bumpy mountainous areas, gravel roads, etc., it can provide a stable operating environment for the precise equipment such as video acquisition and visual systems above it, avoiding image blurring and data deviation caused by vibrations. At the same time, the tracks adopt a unique inner and outer pattern design. The outer pattern enhances the friction with the ground, ensuring strong grip on slippery and soft surfaces and preventing skidding. The inner pattern optimizes the smoothness of travel and reduces the jolting sensation during the movement of the tracks, allowing the chassis to maintain a stable posture throughout the off-road journey, balancing both through capability and comfort.
With the support of the four core features, we have created an exclusive advantage for the reconnaissance scenario.
Independent suspension design: This further enhances the chassis' adaptability to different terrains. Each track unit can be independently adjusted in height, enabling it to easily handle terrains with significant elevation differences, ensuring overall stability of the chassis and providing a guarantee for the continuous and stable operation of reconnaissance equipment.
Brushless motor drive: Compared to traditional brushed motors, brushless motors have the advantages of low operating noise, long service life, and high energy efficiency. They can not only reduce noise interference during reconnaissance operations but also extend the battery life of the chassis, meeting the requirements of long-term reconnaissance tasks.
Superb passability: Combining the track structure with shock absorption design, the chassis can easily cross small obstacles, climb slopes and cross ditches. It can flexibly navigate through complex off-road scenarios such as grasslands, sandy areas, and ruins, breaking through the terrain limitations of traditional wheeled chassis.
High transmission efficiency: The optimized power transmission system ensures that the motor power is efficiently transferred to the tracks, reducing power loss, allowing the chassis to maintain strong power output when carrying 15kg of equipment, and maintaining a running speed of 5km/h, balancing operational efficiency and precise control.
