Our Mission Heritage
Building on years of aerospace engineering excellence, our core team has played crucial roles in executing complex satellite and robotic missions worldwide.
UnitySat Mission
Successfully launched in February 2021.
Transcend's core team played a crucial role in the development and launch of UnitySat. This constellation of student-built CubeSats was part of the ITCA's 75 Student Satellite Mission, aimed at promoting space education and technology demonstration in India.
Educational Impact
Integration
AAReST Satellite Mission
Joint mission between Caltech, UK, and India.
Our engineering team designed the critical Payload Interface Computer II for the Autonomous Assembly of a Reconfigurable Space Telescope (AAReST) mission. This highly advanced modular spacecraft aims to demonstrate autonomous assembly in orbit.
Modular Architecture
Global Effort
150Kg SAR & Multispectral
Complex radar and imaging satellite.
Transcend's leadership successfully managed the development of a heavy 150Kg class Synthetic Aperture Radar (SAR) and Multispectral imaging satellite for a leading startup company, overseeing the mission for over two years.
All-Weather Imaging
Mission Management
Award-Winning Lunar Rover
UKSEDS Competition First Prize.
Our deep expertise extends beyond orbital platforms to planetary surface robotics. During their tenure at the University of Surrey, our core team designed a highly capable Lunar Rover prototype, securing First Prize in the prestigious UKSEDS competition.
Harsh Environments
Mobility Systems
Connect with Mission Engineering
Request customized CubeSat manufacturing quotes, reserve an educational outreach campaign for your campus, or register for upcoming aerospace training cohorts.
Aerospace Headquarters
For urgent manufacturing RFPs, flight hardware specifications, and institutional partnerships.
No. 318, Ground floor, 2nd Cross, 12th Main, NRI Layout, Ramamurthy Nagar, Bangalore - 560016
ISO Class 7 Cleanroom & CNC fabrication bays are currently accepting custom batch manufacturing orders for Q3/Q4 orbital launch windows.