The M1 by Zeroth Robotics is a compact miniature humanoid robot standing 494 mm tall and weighing 2.8 kg, designed as a research and education platform with both bipedal locomotion and a wheeled mobility base, offering approximately 2 hours of battery life.
Primary use case: Robotics research and education, bipedal locomotion experimentation
Weight
1.8 kg
Price
$18K
Weight
1.8 kg
Locomotion
legged
Max Lift/Arm
2 kg
Price
$18K
Availability
commercial
Primary Use Case
Robotics research and education, bipedal locomotion experimentation
Audi is testing Agile Robots’ mobile humanoids at its Ingolstadt Production Lab to retrieve varied, flexible and unsorted automotive components from containers and sequence them for assembly. Announced on October 21 at NVIDIA GTC Berlin, the proof of concept involves Dassault Systèmes and NVIDIA virtual testing but has yet to disclose quantified performance results or a factory-wide rollout schedule.
Rhoda AI released a study on September 10, 2026 testing whether scaling web-video pretraining improves robot performance, finding that larger models achieved up to 84.7% completion rates on bearing unpacking and waste sorting tasks. The company's Direct Video-Action system predicts future video frames and translates them into robot movements, with experiments showing improved performance correlating with better video prediction and increased pretraining compute.
Researchers at the Karlsruhe Institute of Technology developed a robotic disassembly system that can detect when damaged or missing parts disrupt its planned teardown and change tactics mid-task, such as switching from unscrewing to milling when a fastener is stuck. The system uses a Partially Observable Markov Decision Process framework to compare expected behavior with actual observations and revise its plan accordingly, achieving a 100% success rate in manipulation trials after adding a screw-search step.