CONFIGURE YOUR SUBORBITAL MICROGRAVITY MISSION

Rapid payload recovery & affordable access to microgravity environments.

MISSION PARAMETERS
1 Unit
Total Payload Mass: 1 kg
Configuration: 1 x Standard

WHY CHOOSE IMF.ROCKETS

Rapid Integration

Go from contract to launch pad in under 6 months. Our modular payload rails ensure standardized, fast integration.

Cost Efficiency

Up to 10× more affordable than orbital alternatives for TRL advancement and microgravity research.

Science Grade

True microgravity environments (10⁻⁴ G) with stable flight profiles ideal for sensitive biological payloads.

TECHNICAL CAPABILITIES

PAYLOAD SPECS
  • Capacity: 40kg / 20U
  • Power: 24V, 12V, 5V, 3.3V
  • Pre-Launch: Pad Umbilical (T-0)
  • Data: Full Flight Telemetry
FLIGHT PROFILE
  • Microgravity: >180s (≤ 10-4 G)
  • Apogee: 100 km (Sim)
  • Velocity: Mach 5.1
  • Max Load: 12.1 Gs Peak
LAUNCH OPERATIONS
  • Integration: L-12H Late-Load
  • Recovery: < 3 Hr Handover
  • Focus: Biotech & Iteration
  • Safety: No ISS Reviews
DOWNLOAD MISSION GUIDE

SUPPORTED SECTORS

SPACE BIOTECHL

Protein nucleation, cell cultures, and rapid biological sample validation in pristine micro-g.

HARDWARE VALIDATION

Rapid TRL advancement for automated actuators, microfluidic pumps, and thermal sensors.

FLUIDICS & MATERIALS

Fluid dynamics modeling, alloy solidification, and phase-change research in zero gravity.

APPLIED RESEARCH

Affordable payload access for institutional research, university CubeSat teams, and STEM programs