Educational Robot Chassis

The WD-TS500 all-metal shock-absorbing tracked chassis is equipped with wear-resistant zinc alloy tracks and high-torque 37 motors with encoders. It has a rated load capacity of 15kg, and its shock-absorbing structure delivers outstanding off-road performance, making it suitable for outdoor patrol inspection, engineering trolleys and the secondary development of heavy-load robots.

The WD-T101D mini aluminum alloy tracked chassis is equipped with Hall speed measuring sensors and wear-resistant rubber tracks, supports APP control, has a load capacity of 5-7kg and a compact size, and is suitable for indoor DIY smart cars, teaching experiments and the secondary development of small robots.

The WD-T200 series aluminum alloy tracked chassis consists of two versions, namely the metal-wheel WD-T200 and the plastic-wheel WD-T200P. It supports optional plastic or metal tracks, is pre-reserved with expansion holes of various specifications, features lightweight design and easy assembly, and is suitable for beginner DIY projects, classroom teaching and the secondary development of small robots.

The WD-WT600S all-metal tracked tank chassis is equipped with bilateral independent suspension, capable of climbing slopes up to 35° and crossing obstacles of 70 mm. It features strong load-bearing capacity and excellent shock absorption, and is suitable for outdoor aerial photography tracking, field inspection, and the secondary development of off-road robots.

WD-T60 four-wheel-drive aluminum alloy tank crawler chassis supports plastic and metal track options, equipped with 12V geared motors with a 5-10kg load capacity. Pre-reserved abundant expansion holes make it ideal for DIY robot assembly, academic teaching research and intelligent vehicle secondary development.

The WD-TR300P independent suspension tracked tank chassis is made of aluminum alloy and boasts powerful off-road and obstacle-surmounting performance. Equipped with the UNO R3 main controller and open-source codes, it supports secondary development based on ROS, control via mobile Bluetooth APP and PS2 game controllers, and is widely applied in scientific research, academic study, outdoor inspection and intelligent robot DIY projects.