WHEN ART DANCES
WITH ENGINEERING
Next-generation fixed-wing VTOL UAVs with nature-inspired aerodynamics for unmatched efficiency and versatility.
ABOUT KARSHAK
We specialise in fixed-wing VTOL drones that fly with unmatched efficiency, stability, and silence — engineered for real-world performance and mission adaptability.
Our solutions serve agriculture, industrial inspections, and defense — delivering mission-ready flight where performance and precision matter most.
We're not just building drones. We're building the next generation of intelligent flight.
FROM CONCEPT TO FLIGHT
BUILT FAST. VALIDATED REAL.
Prototypes in weeks. Flight-tested in actual operational environments — not simulations.
FULLY IN-HOUSE. FULLY CONTROLLED.
Design, manufacturing, testing — all under one roof. No supply chain delays. No compromises.
AGILE. SCALE. EVOLVING.
Deploy a UAV. Learn from it. Upgrade the next.
OUR FLEET
SHARK HAWK VTOL
The Shark Hawk VTOL offers unparalleled operational freedom, launching from any location without needing a runway. This high-performance system is engineered to deliver superior aerial intelligence for multi-role surveillance and mapping missions.
- ✓ VTOL All-Terrain Capability
- ✓ Low Acoustic Signature
- ✓ Beyond Visual Line of Sight (BVLOS) Capable
- ✓ Rapid Deployment (Under 5 Minutes)
- ✓ Automatic Fail-safe Protocols
SHARK HAWK E+
Maximize your data acquisition with the Shark Hawk E+, a long-endurance UAS designed for rapid deployment via hand launch in any environment. Its ability to carry high-resolution sensors to high altitudes for extended periods makes it the definitive solution for large-scale surveying and inspection.
- ✓ Ultra-Light Tactical-Grade Composite Airframe
- ✓ Rapid, Tool-Free Field Assembly
- ✓ Effortless Hand Launch & Autonomous Deep Stall Landing
- ✓ Ultra-Quiet, Low Acoustic Signature
- ✓ Extended Flight Endurance
- ✓ Extended Flight Endurance : 4+ hrs
- ✓ Operational Range : 200+ Km
SHARK HAWK VTOL R
R is a hardened aircraft engineered for high-altitude mountains and hostile coastal environments, tuned for relentless gusts and heavy turbulence. Designed for critical, extended-duration missions, it provides unmatched operational certainty with its N+1 redundant propulsion system. It is purpose-built to execute long-range ISR missions far beyond the visual line of sight (BVLOS), guaranteeing data integrity and a safe return even in the event of an in-flight motor failure.
- ✓ N+1 Redundant Propulsion
- ✓ Hardened for Gusts & Turbulence
- ✓ Hybrid VTOL & Fixed-Wing Efficiency
- ✓ Long-Range BVLOS Capability
- ✓ Fully Autonomous Operation
- ✓ Advanced Failsafe & Recovery
LATEST INSIGHTS
Hottest New Drones Unveiled At Commercial UAV Expo 2025
A detailed look at the standout innovations on a crowded show floor, featuring the latest in autonomous technology and design from leading exhibitors.
Read Article →
The Karshak Drones Ecosystem: Field-Proven Autonomy for 2026 and Beyond
An in-depth exploration of Karshak's vertically integrated platforms—Shark Hawk, VTOL R, and E+—built for resilience and accountability in the world's harshest environments.
Read Article →
Why We Don't Design for Zero Failure: Dawn of Autonomy with Karshak
CTO Sasikiran Golivi and VP Sai Praneetha Mutyala discuss designing for "intelligent failure," vertical integration, and the Shark Hawk's journey from coastal tests to global stage.
Watch Video →FLIGHT REIMAGINED FOR REAL WORLD NEEDS
ENGINEERED TO EVOLVE · WITH YOUR MISSION
ENVIRONMENT ADAPTIVE
FROM FARM TO REMOTE SITES • FLIGHT PERFORMANCE TUNED FOR REAL WORLD COMPLEXITY
SENSOR READY BAYS
NO RETRO FITTING, NO COMPROMISES • YOUR PAYLOAD FITS, POWERED, CONNECTED • READY TO FLIGHT
MISSION ADAPTABLE
MOUNTAINS, COASTS, JUNGLES • WEATHER-HARDENED DESIGN • MISSION READY
EFFICIENCY | STABILITY | SCALABILITY
Our continuous innovation delivers measurable improvements in UAV performance across all operational parameters for agricultural, industrial, and defense applications.
CONNECT WITH US. ENGINEER THE FUTURE.
Ready to integrate advanced VTOL UAV solutions into your operations? Contact our team for more information.