Thrust Vectoring Rocket Project
UBC Rocket's Thrust Vectoring Rocket (TVR) project aims to demonstrate active stabilization and controlled landing in university-level rocketry, pushing the boundaries of student aerospace engineering. This project combines expertise from a mix of specializations and skills, including mechanical design, control systems, and software development.
Current Progress
At the end of the 2025-26 year, the team has successfully developed a new working thrust vectoring mechanism, featuring a 3D printed gimbal, custom flight hardware, and a new control system. A successfuly balance test using PID while on the test stand was conducted, and the team is now preparing for its first flight tests in 2026-27.
Future Plans
The team is currently preparing for its first flight tests in 2026, which will include a series of hop tests to validate the thrust vectoring mechanism and control system before moving onto planned flight path tests. The ultimate goal is to achieve a successful controlled landing, demonstrating the capabilities of the TVR project and paving the way for future integration into thrust vectored liquid hotfire tests.
History - 2024
As a precursor to the 2025-26 year, the team successfully integrated the thrust vectoring mechanism and completed its first tethered flights using an electric ducted fan before Launch Canada 2024, marking significant milestones!