FLY-AWAY SYSTEMS
The LITE SAT 1.3A (AN/TSC-248) is a lightweight 1.3-meter auto-acquire VSAT terminal engineered for rapid deployment in expeditionary and military operations. Designed and manufactured in the USA, this WGS-certified system delivers high-performance satellite communications in a compact, airline-checkable package.
Optimized for mission-critical connectivity, the Lite Sat 1.3A enables reliable, high-throughput communications across X-, Ku-, and Ka-band networks, supporting forward-deployed teams, mobile command units, and austere environments.
• Fully automated auto-acquire satellite system
• WGS-certified for secure military communications
• Airline-checkable design for rapid global deployment
• Lightweight 1.3m antenna for expeditionary operations
• Multi-band support (X, Ku, Ka) for flexible connectivity
• Compatible with modern SATCOM architectures including mPOWER
KEY CAPABILITIES
Built for Rapid Deployment and Mission Reliability
The LITE SAT 1.3A is engineered to deliver reliable satellite communications in the most demanding operational environments.
Rapid Deployment
Tool-free setup and automated satellite acquisition enable connectivity in minutes.
Multi-Band Operation
Supports X, Ku, and Ka-band communications for maximum mission flexibility.
Expeditionary Design
Lightweight, airline-checkable system engineered for global mobility and rapid deployment.
Mission Reliability
Proven performance in harsh and contested environments where uptime is critical.
USE CASES
Designed For Real-World Operational Environments
The LITE SAT 1.3 supports mission-critical communications across a wide range of deployment scenarios where speed, reliability, and mobility are essential.
Forward-Deployed Units
Enable rapid satellite communications for units operating in austere and remote environments.
Mobile Command Posts
Provide reliable connectivity for command and control operations at the tactical edge.
Emergency Response Teams
Restore communications quickly when terrestrial networks are unavailable or compromised.
Expeditionary Operations
Support lightweight, airline-checkable deployment for global missions with minimal setup time.
TECHNICAL SPECIFICATIONS
Engineered For Performance And Portability
The LITE SAT 1.3 is designed to deliver high-performance communications while maintaining a compact, deployable footprint.
Weight
< 100 lbs (airline-checkable)
Antenna Size
1.3 Meter
Frequency Bands
X, Ku, Ka
Setup Time
< 10 minutes (auto-acquire)
Power Requirements
Standard AC/DC input
Certifications
GX Type 1, WGS, mPOWER Approved
What is the LITE SAT 1.3A used for?
The Lite Sat 1.3A (AN/TSC-248) is designed for rapid deployment satellite communications in expeditionary and austere environments. It enables high-throughput, multi-band connectivity for military units, mobile command posts, and emergency response teams operating beyond traditional infrastructure.
How quickly can the Lite Sat 1.3A be deployed?
The system is engineered for rapid setup with tool-free assembly and automated satellite acquisition. Typical deployment and link acquisition can be completed in under 10 minutes, enabling teams to establish communications quickly in time-sensitive operations.
What frequency bands does the system support?
The Lite Sat 1.3A supports multi-band operation across X, Ku, and Ka frequencies. This flexibility allows users to operate across multiple satellite networks and adapt to mission-specific requirements.
Is the Lite Sat 1.3A airline transportable?
Yes. The system is designed as a lightweight, pack-out solution that is fully airline checkable. Its compact design enables easy transport and rapid deployment in global operational environments.
Is the Lite Sat 1.3A WGS certified?
Yes. The system is WGS certified and mPOWER approved, ensuring compatibility with secure, high-performance military satellite communications networks.
What makes the Lite Sat 1.3A different from other terminals?
The Lite Sat 1.3A combines lightweight portability, rapid auto-acquire capability, and multi-band performance in a compact system. It is specifically engineered for mission-critical operations where speed, reliability, and mobility are essential.