TIVRA L-1380
Motor

TIVRA L-1380

The TIVRA L-1380 solid rocket motor is engineered for demanding aerospace and experimental rocketry applications requiring high thrust and consistent performance. With a maximum thrust of 4000 N, total impulse of 4000 Newton-seconds, and a 2.5-second burn duration, the motor provides a powerful and stable thrust profile for short-duration high-energy missions. Housed in a 95 mm diameter casing with a 538 mm length, the motor has a total mass of 6 kg, including 3.3 kg of propellant, ensuring an optimal balance between thrust output and structural efficiency. The TIVRA L-1380 is suitable for research institutions, student rocketry teams, and aerospace developers seeking dependable propulsion for flight testing, technology demonstration, and system validation.

Project Objectives
Develop a high-thrust solid rocket motor for short-duration high-energy missions
Achieve reliable ignition and stable thrust profile
Optimize thrust-to-weight ratio for compact form factor
Enable indigenous propulsion capability
Support experimental, academic, and R&D flight programs
Key Achievements
Successfully developed and tested 4000 N class solid rocket motor
Demonstrated stable 2.5-second burn duration
Validated thrust-time profile through static testing
Established in-house design and manufacturing capability
Technologies Used
Solid Composite Propellant TechnologyAdvanced Grain Geometry DesignPrecision Nozzle EngineeringStatic Test–Validated Thrust ProfilingQuality-Controlled Propellant Casting

Project Status

Completed
Progress100%

Timeline

Started

9/21/2025

Timeline

Completed

Team

4 team members

Milestones

Design Phase Completion

Prototype Manufacturing

Ground Testing

Flight Test Mission