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Cart Mini

MOBILE SATCOM SYSTEM

Cart Mini

The Cart Mini is a compact, ultra-mobile SATCOM system engineered to deliver reliable connectivity without compromising mobility. Designed for vehicle-based deployment, it supports both LEO and GEO satellite networks, enabling flexible, multi-orbit communications in dynamic operational environments. With a low-SWaP design and integrated connectivity options, the Cart Mini provides mission-ready performance for teams that require high-speed communications on the move.

KEY CAPABILITIES

Built For Mobility Without Compromise

The Cart Mini is designed to deliver high-performance communications while maintaining the flexibility and mobility required for fast-moving operations.

Multi-Orbit Connectivity

Compact, streamlined form factor designed for discreet and efficient integration on vehicles and mobile platforms.

Vehicle-Integrated Design

Optimized for deployment on UTVs, light vehicles, and rapid-response platforms.

Low SWaP Architecture

Compact and lightweight system designed to minimize size, weight, and power requirements.

Integrated Cellular Backup

Supports LTE and 5G connectivity for redundant communications when satellite access is limited.

USE CASES

Designed For Rapid-Response And Mobile Operations

The Cart Mini enables reliable communications for missions requiring speed, flexibility, and continuous connectivity in dynamic environments.

Rapid Response Vehicles

Provide immediate connectivity for emergency and time-sensitive deployments.

Tactical Mobility Platforms

Enable communications for UTVs and light vehicles operating in remote or contested environments.

Distributed Field Operations

Maintain communications across dispersed teams and mobile units.

Expeditionary Missions

Support globally deployable operations where mobility and flexibility are critical.

TECHNICAL SPECIFICATIONS

Engineered For Mobile Performance

The Cart Mini is built to deliver reliable, multi-orbit connectivity in a compact system optimized for vehicle-based deployment.

Form Factor

Low-profile, vehicle-mounted electronically steerable array (ESA)

Connectivity

LEO and GEO satellite networks

Mobility Support

Designed for mobile and rapid-response platforms

Cellular Integration

LTE and 5G backup connectivity

Deployment

Rapid setup with minimal configuration

Frequently Asked Questions

The Cart Mini is designed for mobile, on-the-move satellite communications in tactical and commercial environments. It enables reliable connectivity on vehicles such as UTVs, MRZRs, SUVs, and other light platforms where size, weight, and power constraints are critical.

The Cart Mini supports both LEO and GEO satellite networks, enabling flexible, multi-orbit communications. This allows users to optimize performance, coverage, and resilience depending on mission requirements.

Yes. The Cart Mini is engineered for on-the-move operation and supports connectivity at speeds exceeding 100 MPH, maintaining reliable communication in dynamic environments.

The Cart Mini is designed for low-profile vehicle integration using a rugged mounting system. Custom vehicle mount kits are available to ensure secure installation across a range of platforms.

The Cart Mini operates on 23–33 VDC input and is optimized for vehicle-based power systems, making it well-suited for mobile and expeditionary deployments.

Yes. The system can be configured with integrated LTE/5G capabilities, including SIM and eSIM support, enabling automatic failover between satellite and cellular networks for continuous connectivity.

The Cart Mini is ruggedized to meet MIL-STD-810H standards and is designed to operate in harsh environments, including extreme temperatures, vibration, and shock conditions typical of tactical deployments.

The Cart Mini utilizes the Lite Link web-based GUI, providing an intuitive interface for system monitoring, control, and configuration.

The Cart Mini delivers high-performance satellite communications in an ultra-low SWaP form factor. It is optimized for smaller platforms where traditional systems may be too large or power-intensive, without sacrificing connectivity or mission capability.