VECTOR RCV Context

Market context

Tracked robotic combat vehicle designed to support mechanized units with direct-fire payloads and engineering/recovery roles.

Target environment: Industrial sites, farms, construction areas, defense field settings and outdoor routes needing unmanned ground mobility.
Workflow context: Autonomous mobility, field sensing, payload support, remote operation and task execution on the ground.
Customer context: Industrial, construction, agricultural, defense and field-robotics operators.
Deployment model: Prototype or development-stage product with public positioning and limited deployment proof.
Commercial maturity: Publicly visible but still early, with maturity tied to demos, pilots and later customer evidence.
Adoption constraints: Adoption depends on terrain, payload, autonomy, communications, safety, maintenance and customer workflow fit.
Market position: VECTOR RCV sits in the ground robotics lane, where mobility and mission fit define usefulness.
Adjacent products: THeMIS, X1 Kit, TerraClear Rock Picker, Milrem VECTOR

Payload Capacity: max payload t: 3 t
Dimensions: 6.5 x 2.9 x 2.5 m; weight without payload t: 14.5 t; ground clearance m: 0.5 m
Max Speed Kmh: 50 km/h
Propulsion: hybrid electric drive
Drive Mechanism: cross-drive
Maximum Grade: 60%
Range: fording depth m: 1 m
Turning Radius M: 0 m
Compliance: STANAG 4569 L3 dependent on payload
Supported Armament: 25 mm to 30 mm weapons, multi-canister launcher, other payloads within 3-ton limit
Locomotion: Tracked RCV
Task Scope: Combat support, payload integration