Key Highlights
100%
Aerospace-Grade Structural Strength
90%
Reduction in UAV Airframe Weight
80%
Precision Manufacturing Accuracy
70%
Increased Endurance & Payload Efficiency
60%
Cost Reduction vs Imported Composite Parts
40%
Boost in Aerodynamic Performance
Strength in Lightness
RoboClave, the composite manufacturing division of the AKSI Group, is redefining aerospace materials through lightweight, high-strength, and sustainable composite solutions. Traditional metals can no longer meet the endurance and efficiency demands of modern UAVs and aerospace platforms. RoboClave bridges this gap by engineering carbon fiber, Kevlar, and hybrid composite structures that deliver the perfect balance between strength, durability, and aerodynamic efficiency.
Designed, developed, and produced in India, RoboClave’s composites form the structural backbone of AKSI’s next-generation UAVs — from airframes and landing gears to propeller blades and payload housings. With cutting-edge facilities and a deep commitment to innovation, RoboClave ensures that every gram of material contributes to greater endurance, payload capacity, and sustainability, driving the future of aerospace and beyond.
Target Industries & Applications
RoboClave composites serve as critical structural enablers across multiple high-performance industries:
Unmanned Aerial Vehicles (UAVs)
Airframes, propellers, and landing structures.
Aerospace
Lightweight fuselage panels and aerodynamic components.
Defense
Ballistic-grade Kevlar composites for protective systems.
Automotive
Lightweight hybrid panels for electric and performance vehicles
Renewable Energy
Structural elements for wind turbine blades.
By enabling superior strength-to-weight performance, RoboClave ensures that every product—from drones to aircraft—flies farther, stronger, and more efficiently.
Unique Features
High strength-to-weight ratio
For improved endurance and payload performance
Durable & Weather-Resistant
Composites suitable for extreme environments.
Precision Manufacturing
Using autoclave curing, CNC machining, and advanced molding systems.
Aerodynamic Optimization
For improved flight stability and efficiency.
Aerospace-Grade Clean-Room Production
Ensuring consistent quality
Sustainability Built-In
Using recyclable and long-life composite materials.
How RoboClave Stands Distinctly
RoboClave’s distinction lies in its vertically integrated composite ecosystem within AKSI’s manufacturing framework. Unlike conventional component fabricators, RoboClave manages the entire process—from fiber selection and resin formulation to molding and curing—under one roof. This allows for faster prototyping, higher precision, and lower costs compared to imported alternatives.
With advanced R&D focused on nano-composites and bio-composites, RoboClave is pioneering materials that are stronger, lighter, and more recyclable, supporting India’s vision of sustainable aerospace manufacturing. Its products not only power AKSI drones like Skywing90, KhetPilot, and Slatup, but also serve defense, automotive, and renewable energy sectors worldwide — establishing RoboClave as a global leader in composite innovation.
| Product Category | Description |
|---|---|
| Aerospace-Grade Carbon Composites | Lightweight airframes, propeller blades, and structural panels for UAVs. |
| Kevlar & Hybrid Composites | High-impact materials for defense and automotive applications. |
| Custom Composite Solutions | Tailor-made components for aerospace, EV, and renewable energy sectors. |