An Autonomous Robot Contest: "Overcoming Obstacle 2016"

Hu Yu, Qian Xiaohu via Weibo

Teli

Teli, an autonomous, self-navigating vehicle system on a Toyota Land Cruiser body, was built by the Beijing Institute of Technology and is optimized for off-road travel, compared to the Google Car's urban and highways mission.

"Overcoming Obstacle 2016" is a competition supported by China's military, akin to the U.S. military's DARPA Grand Challenges. The month-long contest ended on October 18th in Beijing, with several finalists in each of the five categories.

The first group, Category A, involved highly autonomous cars. The finalists included modified from civilian SUVs, alongside a tracked vehicle, "SMART 1", from the Military Institute of Transportation.

Hu Yu, Qian Xiaohu via Weibo

SMART 1 UGV

The SMART 1 unmanned ground vehicle, built by the Military Institute of Transport, may have its basis in earlier Chinese autonomous robot experiments that used old armored vehicles. This chassis appears to be from an airborne fighting vehicle.

Hu Yu, Qian Xiaohu via Weibo

Desert Wolf

Desert Wolf, using a 4x4 chassis from the QL-550, an armored recon vehicle, is another 2016 finalist for the all-terrain category.

Category B was all-terrain autonomous vehicles. The finalists included two 4x4 robots built from military recon vehicles (by the China Academy of Sciences, and the National University of Defense Technology's Desert Wolf).

China News

Category C

Category C, small, personal, and urban task robots, included several entries from civilian entities.

Category C involved small, tracked robots, designed for tasks like urban reconnaissance and bomb disposal. Beijing Motors and Qingdao Hi Tech Corporation were among the five finalists.

Hu Yu, Qian Xiaohu via Weibo

Run 1

Norinco, China's top defense manufacturer of armored vehicles and munitions, entered the Run 1 quadruped robot into the legged robot category.

Hu Yu, Qian Xiaohu via Weibo

Iron Horse

Team Siyuan, from Beijing Jiaotong University, provided this multi-legged robot with Klann linkage-style legs (each of its four feet is made of two pairs of interconnected legs), offering exceptional stability on rough mountainous terrain.

Category D's legged robots provided some of the most interesting Overcoming Obstacle 2016 entries. The three finalists included two "Da Gou" quadruped robots from Shandong University and NORINCO, and the Iron Horse, a 'crab walker' from Beijing Jiaotong University, which had pivot-jointed Klann linkage legs to provide greater stability and simplicity. It bears some resemblance to Chinese research on a many-legged, auto-cannon-armed design disclosed in 2014.

China News

Sino MULE

The "Sino MULE", developed by the 5th Department of Armored Engineering Institute, has six independently articulated wheels to roll across difficult terrain while carrying heavy loads.

Hu Yu, Qian Xiaohu via Weibo

Robot train

These modular robots can be attached as a convoy, and can be programmed and order on autonomous tasks, like following designated persons and vehicles,

Category E was robot cargo trucks. One finalist was a 6x6 truck from 5th Department of Armored Engineering Institute with independently articulated wheels, like similar to the MULE robot. Another 6x6 robot truck built by the Beijing Institute of Mechanical Research was seen carrying a simulated load. Sunward Equipment provided another finalist, consisting of two four-wheeled robots attached to each other, as a sort of robotic road-bound train.

Hu Yu, Qian Xiaohu via Weibo

North Spirit

Beijing Institute of Mechanic's North Spirit 6x6 robot is built for carrying large payloads (relative to its size) quickly over rough terrain.

The vivid display at "Overcoming Obstacle 2016" is a good reminder that China's research in military robotics continues to grow, and in a widening range of fields. Other areas to watch include bringing in advanced intelligence (another field in which China is becoming a world leader), swarming unmanned systems, and unmanned-manned pairings. Popular Science