Our Approach
and Capabilities
We specialize in engineering complex mechanical and aerospace structures for fixed-wing aircraft, multicopters, hybrid VTOLs, helicopters, and other autonomous platforms. Our expertise covers electric and fuel combustion propulsion systems, structural design, aerodynamics, and full systems integration, delivering high-performance and reliable technologies.
We develop robust mechanical structures for UAVs, VTOLs, and helicopters optimized for strength, weight, and stability.
Our designs are suitable for both electric and fuel-based propulsion systems and tailored to specific mission requirements.
We analyze lift, drag, and stability characteristics for fixed-wing, multicopter, and hybrid VTOL platforms.
Simulations ensure efficiency, endurance, and safe operation in real-world conditions.
We integrate electric motors, combustion engines, and hybrid propulsion with avionics and control systems.
This ensures seamless interaction between mechanical, electrical, and software components for reliable performance.
We build and test prototypes to validate structural integrity, aerodynamics, and system functionality.
Iterative testing ensures performance, safety, and compliance with industry standards.
Mechanical design around the payload
A UAV airframe or robotic enclosure must accommodate the payload, propulsion, power system and service access together. Share the current CAD, payload envelope, mounting interfaces and operating conditions so the review can identify the mechanical interfaces that constrain the rest of the system.
For a new aircraft, use our drone development service to coordinate airframe design with avionics and firmware. For a defined mechanical work package, agree design inputs, analysis assumptions, prototype responsibility and the files required at handover.
Review the relevant portfolio
Our aerial-platform portfolio includes a VamaSky Light contribution recorded as heavy-drone tuning and development. Our ground and underwater robotics portfolio shows another set of mechanical and integration requirements. Ask which work is relevant to your configuration and which evaluation evidence can be shared.
Built for your team
UAV manufacturers, robotics teams and R&D groups defining a new airframe or mechanical subsystem, or adapting an existing platform to a new payload.
Define your project scope
- System and mechanical design review against your mission requirements
- Structural, aerodynamic and propulsion integration scope
- Prototype and evaluation plan with agreed engineering handover
What to share with us
Share the platform type, payload mass and dimensions, operating environment, endurance objective and current design stage. Identify existing CAD, hardware and test evidence that can be discussed.
Discuss your projectPartnership Models
for Scalable Innovation
Choose a collaboration model that fits your goals — from concept to deployment.
We work with startups, enterprises, and research teams to build cutting-edge solutions.
Engage with us through flexible models designed for innovation, support, and scale.
Prototype Design &
Rapid Development
Ideal for startups and R&D teams testing robotics, UAVs, or embedded concepts.
Integrated Systems &
Product Engineering
Comprehensive hardware, firmware, and AI integration for autonomous platforms.
AI, Autonomy &
Software Solutions
Development of AI, perception, control, and navigation systems for robotics.
Enterprise Consulting &
Certification Support
Compliance audits, testing, DGCA and Type certification engineering assistance.