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Roboteam

ground
Operating in:IsraelUS

Roboteam HUB C2 manages multiple heterogeneous robots simultaneously including third-party platforms — the ground control system that feeds situational data to Palantir AIP and receives tasking downward.

Visit website ↗HQILground-roboticsLayer roleplatformSubsidiary ofOndas Autonomous Systems

Products

Probot

ugvsemi-autonomousground

Probot is a multi-purpose unmanned ground vehicle designed to carry heavy payloads over challenging terrain.

Range
38 km
Endurance
8 hrs
Payload
230 kg
Tech Specifications

Infrared and night vision sensors, 360-degree cameras, operated via secure encrypted RF communications, MIL-STD-810G certified.

Software & AI

Closed system with proprietary navigation and obstacle avoidance algorithms, supports open SDK for third-party integration.

Integration Possibilities

Compatible with various military C2 systems such as NATO formats, supports ROS for academic and development purposes.

Why This Design

Solves logistical challenges by transporting supplies and equipment in areas inaccessible to larger vehicles.

Enables

Provides tactical units with the ability to transport goods autonomously, increasing efficiency and reducing risk to personnel.

Tradeoffs

Not suitable for combat engagement, limited operation in areas with steep or vertical obstacles.

logisticssearch and rescuereconnaissance

TIGR (Transportable Interoperable Ground Robot)

ugvsemi-autonomousground

TIGR is a versatile robot designed for EOD and reconnaissance missions, adaptable to a variety of dangerous tasks.

Range
10 km
Endurance
4 hrs
Payload
20 kg
Tech Specifications

Equipped with HD cameras, chemical and radiological sensors, and robotic arm manipulator, IP67 rated for environmental protection.

Software & AI

Equipped with advanced AI for pathfinding, capable of operating autonomously with remote intervention capability.

Integration Possibilities

Integrates with a wide range of control systems and can interface through common military communication standards like STANAG.

Why This Design

Aims to reduce human exposure to hazardous environments during bomb disposal or chemical threat assessment.

Enables

Enables operators to conduct reconnaissance and defuse explosives with minimal human intervention.

Tradeoffs

Limited operational range requires setup by personnel within the vicinity; not suitable for long-range missions without additional support.

bomb disposalISR (Intelligence, Surveillance, Reconnaissance)hazardous environment exploration

MTGR (Micro Tactical Ground Robot)

ugvsemi-autonomousground

The MTGR is a compact robot for tactical operations within constrained environments, ideal for urban conflict scenarios.

Range
1 km
Endurance
3 hrs
Payload
5 kg
Tech Specifications

Compact with thermal imaging and regular cameras, operates over WiFi and can be controlled via encrypted IP protocols.

Software & AI

Features autonomous navigation and visual processing AI, supports extensions via API for third-party applications.

Integration Possibilities

Interfaces with national security networks, can upload data to secure cloud environments for analysis.

Why This Design

Designed to navigate and operate in confined or crowded environments, offering surveillance and intelligence capabilities.

Enables

Facilitates close-quarters reconnaissance without direct exposure to threats, enhancing mission safety.

Tradeoffs

Short-range limits its use to immediate operational areas; payload capacity restricts heavy equipment deployment.

urban warfaretunnel reconnaissancecrowd control

Compatibility Analysis

4/15/2026

Establish a development partnership focused on integrating Dedrone's detection and tracking capabilities with Roboteam's ground robotic platforms for a unified, AI-driven multi-domain defense system. This collaboration can focus on joint operations scenarios, increasing competitive advantage in defense contracts targeting air and ground interoperability.

System IntegrationAI Capability

Establish a development partnership focused on integrating Dedrone's detection and tracking capabilities with Roboteam's ground robotic platforms for a unified, AI-driven multi-domain defense system. This collaboration can focus on joint operations scenarios, increasing competitive advantage in defense contracts targeting air and ground interoperability.