DRITHI- India’s first Microlight Seaplane
 
                      
                    DRITHI is Indiaβs first microlight seaplane, designed to make water takeoff and landing more accessible. This innovation promotes affordable aviation while improving regional connectivity and sustainable air travel.
                      
                      
πΉ Why DRITHI is a Game-Changer
                      
β
 Supports Regional Air Connectivity β Enables transportation to remote areas.
                      
β
 Eco-Friendly Aviation β Promotes sustainable air travel.
                      
β
 Cost-Effective Design β Reduces manufacturing and operational costs.
                      
β
 Multipurpose Use β Suitable for commercial, defense, and emergency applications.
                      
                      
πΉ Technical Specifications
                      
β Engine β Simonini Mini 2 EvoPower (33 HP)
                      
β Propeller β 133 cm
                      
β Wingspan β 10 m
                      
β Length β 5 m
                      
β Float Length β 4 m
                      
                      
πΉ High-Performance Materials
                      
 – 6061 Aluminum β Lightweight & corrosion-resistant
                      
 – 3mm Kevlar Lines β Strong & durable
                      
 – Extruded Foam β Enhances buoyancy & stability
                      
 – Epoxy & Fiberglass β Increases structural integrity
                      
 – Nylon Cloth β Weather-resistant & lightweight
                      
                      
This project aims to make seaplane technology accessible while ensuring safety, durability, and high performance. ππ
                  Collaborative Exoskeleton Fabrication with NITK
Empowering Mobility through Innovation
                      
                    
Viyaddrony Research and Development Association, in collaboration with NITK (National Institute of Technology Karnataka), successfully fabricated a cutting-edge exoskeleton prototype with an aim to empower differently-abled individuals to walk independently.
This pioneering project focused on:
- β Carbon Fiber Fabrication for an ultra-lightweight and highly durable structure
- β Optimized Mobility Support, engineered for real-world usability and comfort
- β Advanced Mechanical Design, supporting natural movement and reducing user fatigue
Our joint R&D efforts were directed toward creating a cost-effective, ergonomic, and scalable mobility solution that can make a real-world impact.
 
                      
                    “From Blueprint to Flight β Hands-On RC Plane & Drone Workshop”
                  A collab with Alva’s Institute of Engineering and Technology (AIET)
                      
                    
Viyaddrony Research and Development Association, in collaboration with Alvaβs Institute of Engineering and Technology, Moodbidri, successfully conducted a 5-day immersive workshop on Radio-Controlled (RC) Aeroplane and Drone Fabrication.
This hands-on workshop empowered participants to build, program, and fly drones and RC aircraft from scratch, fostering real-world technical skills and team collaboration in the field of aerospace engineering and unmanned aerial systems (UAS).
π§ Workshop Highlights:
- End-to-End Fabrication: From raw materials to fully functional RC planes and drones
- Aerodynamics & Flight Theory: Understanding lift, thrust, drag, and stability
- Flight Control Systems: Basics of RC transmitters, flight controllers, and tuning
- Collaborative Team Projects: Team-based building and troubleshooting
- Live Flight Testing: Real-time testing and demonstrations of aerial models
Participants gained core competencies in drone and aircraft design, combining engineering theory with cutting-edge practical application. This workshop aligns with Viyaddronyβs vision of promoting aerospace innovation, skill development, and technology-driven education.
RAKSHAK- Rescue Airboat
RAKSHAK is a high-performance airboat built for flood relief and emergency rescue operations. Designed for shallow water navigation, it requires just 6-8 inches of water to float. Additionally, it operates efficiently in low-light
                      and night conditions, making it a lifesaver during disasters.
                      
 
 
 πΉ Versatile Applications
β Flood & Disaster Relief β Ensures quick emergency response.
β Border Surveillance β Monitors river borders to prevent illegal activities.
β Tourism & Recreation β Provides thrilling rides for visitors.
β Fishing & Aquaculture β Supports local fishing communities.
β Water Transport β Enables efficient cargo movement.
β Environmental Research β Assists in water quality testing.
β
 Aquatic Vegetation Control β Helps manage water ecosystems.
 
πΉ Technical Specifications
β Length β 10 ft
β Width β 4 ft
β Height β 1 ft
β Seating Capacity β 4 persons (hull tested with 7 people)
Engineered for efficiency, versatility, and durability, RAKSHAK is a game-changer in flood rescue, tourism, and marine operations. π€π
 
                      
                    