AgiBot does not publish pricing for the A2 Max. Buyers must contact the manufacturer directly for a quote. Third-party estimates suggest a price above $200,000, but these figures are unconfirmed and should be treated with caution.
The A2 Max is built for heavy payload handling (demonstrated dual-arm lift of 40 kg), assembly assistance, inspection, and warehouse logistics. Its 49 degrees of freedom provide dexterous manipulation, and its sensor suite enables autonomous navigation and task learning.
The robot is currently available for pre-order only. Interested parties should contact AgiBot for lead times and pricing. Used units are expected to appear on BotMarket after initial shipments are fulfilled.
The A2 Max offers significantly more DOF (49 vs. approximately 20 for the H1) and a higher demonstrated payload capacity, but the H1 is available now at a published price of $90,000. The H1 is more suited to research, while the A2 Max targets heavy industrial tasks.
Height: 175 cm, weight: 85 kg, 49 degrees of freedom, max speed 11.9 km/h, battery life 2 hours, payload 3 kg per arm (standard). Sensors include RGB-D cameras, LiDAR, IMU, and force-torque sensors.
It is manufactured by AgiBot Innovation (Shanghai) Technology Co., Ltd., a Chinese company founded in 2017 and headquartered in Shanghai. The company also produces the Genie G2, D1 series, and C5 robots.
The standard battery provides approximately 2 hours of continuous operation. An optional larger battery pack (available on the A2-W sibling) extends runtime to 5+ hours but has not been confirmed for the Max variant.
Target industries include manufacturing (heavy assembly), logistics (palletizing and material transport), warehousing, and retail. The robot is designed for indoor industrial environments.
Its IP rating is not published, so it is assumed to be for indoor use only. Outdoor operation in rain or dust is not recommended without official certification.
The robot is equipped with RGB-D cameras, LiDAR, an inertial measurement unit (IMU), and force-torque sensors. Optional tactile sensors on the hands can be added for delicate manipulation tasks.