Story
Addverb ELIXIS is the bipedal member of Addverb's humanoid design program. The company separately describes ELIXIS-W as a wheeled variant, so this profile does not merge their payload, speed, battery, or morphology claims.
The published design specification is unusually detailed: 175 cm height, 75 kg gross weight, 41 degrees of freedom, 5 kg per-arm payload, up to 1 m/s walking speed, and a targeted 60 to 90 minutes of battery backup. Addverb also describes stereo depth cameras, 3D lidar, dual IMUs, Intel i7 and Jetson Orin compute, BLDC actuators, safety microcontrollers, and multiple controller approaches.
The decisive caveat is hardware status. The current official page uses polished product renders and design animations; HumanoidRoster did not verify clearly identified physical ELIXIS footage or customer operation. ELIXIS is therefore presented as a concept-stage industrial humanoid with a useful public specification, not as a demonstrated or available worker.
Reality check
Addverb gives ELIXIS a named bipedal identity and an unusually detailed target specification, but the current public media is rendered design material rather than clearly documented physical-hardware footage. HumanoidRoster therefore publishes ELIXIS as a transparent concept-stage profile, not as a demonstrated or commercially available robot.
- Addverb's official page distinguishes the bipedal ELIXIS from the wheeled ELIXIS-W variant
- Addverb lists ELIXIS at 1750 mm height, 75 kg gross weight, 41 DoF, 5 kg per-arm payload, and up to 1 m/s walking speed
- The page describes five-finger dexterous or parallel-jaw end-effector options and high-speed planetary BLDC actuators
- Addverb describes Intel i7 main control, NVIDIA Jetson Orin intelligence compute, six STM32 safety microcontrollers, stereo depth cameras, 3D lidar, and dual nine-axis IMUs
- The official page targets 60 to 90 minutes of battery backup and describes VLA, SLAM, reinforcement-learning, imitation-learning, and MPC software context
- Current official visuals are product renders and design animations, not clear evidence of a completed physical ELIXIS robot
- Height, mass, DoF, payload, speed, battery, sensing, compute, and software fields should be read as Addverb's design specification or target
- Optional end effectors and foot-pressure sensors are not normalized as standard base hardware
- No price, availability, delivery, customer operation, autonomy rate, uptime, safety record, or field reliability is established
