MobED Context
Market context
Experimental mobility platform with four independently steerable wheels and articulated suspension for stability on uneven terrain.
- Target environment: Research environments, delivery pilots, filming, small-payload mobility tests and uneven indoor or outdoor surfaces.
- Workflow context: Small payload transport, stable mobility, research prototyping, delivery experiments and mobile carrier applications.
- Customer context: Robotics researchers, Hyundai development teams and partners exploring modular mobility bases.
- Deployment model: Prototype mobility platform from Hyundai's robotics and mobility research work.
- Commercial maturity: Prototype-stage platform with public reveal material and limited commercial deployment evidence.
- Adoption constraints: Adoption depends on payload, autonomy layer, application packaging, cost, ruggedness and whether Hyundai productizes the base.
- Market position: Modular mobility-base lane between delivery robot, research platform and small autonomous carrier.
- Adjacent products: Boston Dynamics Stretch base concepts, Kiwibot, Cartken, AgileX mobile bases
Specifications
- Locomotion: wheeled
- Wheels: 4
- Steering: independent wheel steering
- Suspension: articulated suspension
- Wheelbase Adjustable: true
- Use Cases: delivery; logistics; research; filming
- Battery Capacity Kwh: 1.47 kWh
- Charge Time H: 2.5 h or less from 10% to 90%
- Maximum Slope Deg: ±10°
- Top Module Power: 24 V / 300 W or 48 V / 500 W
- Autonomy Sensors: LiDAR-camera fusion on MobED Pro
- Variants: MobED Pro; MobED Basic
View MobED overview