RUDRA
Reusable launch vehicles beginning with RUDRA-R1, followed by RUDRA-R2 and the future AGNI-R1 orbital launch vehicle.
TALISHA AEROSPACE — MISSION
Build the systems that move space forward.
Our mission is to build a connected aerospace capability — from reusable launch vehicles and propulsion to flight software, ground systems and the long-term transportation infrastructure required beyond Earth.
01 / WHY WE EXIST
From vehicles to a complete space transportation system.
Talisha Aerospace is not only developing a rocket. The vehicle program is the foundation of a larger technology architecture. RUDRA begins with reusable Earth-to-orbit capability; the roadmap expands toward orbital logistics, servicing and transportation beyond Earth.
Every layer is connected: propulsion, avionics, guidance and control, mission software, recovery, ground infrastructure and eventually autonomous space transportation.
OUR MISSION
Develop, test and operate aerospace technologies that make reusable space transportation practical — while building the engineering, manufacturing and mission capability needed for the next generation of Talisha systems.
02 / THE SYSTEM
One mission. Multiple layers of capability.
Our vehicle and transportation pages show the same strategic direction: build the launch layer first, then extend the architecture into orbit, logistics and deep-space transportation.
TRANSPORT CORE
A future family of orbital transportation and infrastructure systems including T-OTV, T-ADR, T-OIS and T-DEPOT.
DEEP-SPACE TRANSPORT
Long-term transportation concepts extending from Earth orbit toward the Moon, asteroids and Mars through systems such as T-LTV and T-DTV.
Talisha Space Transportation Architecture
Long-term system vision
Earth–Space
RUDRA
Reusable launch capability.
Orbit
T-OTV / T-ADR
Orbital movement, servicing and debris recovery.
Infrastructure
T-DEPOT / T-OIS / T-ODC
Propellant, servicing and orbital infrastructure.
Deep Space
T-LTV / T-DTV
Lunar and deep-space transportation concepts.
03 / HOW WE BUILD
Engineering is the mission.
Every Talisha vehicle is the result of connected engineering — propulsion, reusable flight systems, mission software, avionics, testing and the infrastructure that supports the mission.
01 / VEHICLES
RUDRA PROGRAM
Reusable Vehicles
RUDRA-R1 begins the VTVL path. RUDRA-R2 scales the technology toward the Kármán line, followed by AGNI-R1 for orbital missions.
02 / PROPULSION
TEJAS ENGINE FAMILY
Propulsion
In-house propulsion is the foundation of the fleet — designed, developed and tested as part of Talisha's vehicle architecture.
03 / FLIGHT SYSTEMS
MISSION OS • AVIONICS • GNC
Flight Intelligence
Avionics, GNC, telemetry and Talisha Mission OS connect the vehicle, ground station and mission team into one flight system.
04 / TRANSPORT
SPACE TRANSPORTATION
Space Infrastructure
The mission extends beyond launch toward orbital logistics, servicing, depots and future lunar and deep-space transportation.
04 / MISSION PRAGATI
01 / RUDRA-R1
02 / RUDRA-R2
03 / AGNI-R1
04 / TRANSPORT CORE
Prove it. Scale it. Extend it.
VTVL Demonstrator
Validate guidance, navigation, throttling and propulsive landing through flight testing.
Next Generation
Scale the technology toward a full-size reusable vehicle and autonomous recovery.
Orbital Launch
Advance the proven RUDRA technology base toward reusable orbital launch capability.
Beyond Launch
Extend transportation into orbital logistics, infrastructure and deep-space missions.
05 / OUR VISION
Aerospace should not end at launch.
Our long-term vision is to grow from a reusable launch vehicle company into a space transportation and infrastructure organization — capable of moving spacecraft, cargo and services through different environments of space.
The destination is a connected transportation network: Earth to orbit, orbit to orbit, orbital infrastructure, lunar logistics and eventually deep-space transportation.
BUILD THE VEHICLE → BUILD THE NETWORK →
BUILD THE FUTURE
06 / BUILD WITH TALISHA
We are building more than a vehicle.
We are building the propulsion, software, ground systems, engineering teams and transportation architecture that can support a long-term presence in space.