
Long-Endurance VTOL & Heavy-Lift UAVs
ACTIVE
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Skywalker SKY245 is a 2450mm professional VTOL mapping UAV with up to 240-min flight time, 3kg payload, RTK/PPK support and 50km links.
Base Price
₹6,45,000
Final pricing subject to configuration & quantity
System Tags
Mission Configurations
Select your operational configuration. Pricing may vary — request a formal quote for deployment quantities.
Configuration Matrix
Side-by-side specs from product_variants — click a column to select
| Parameter | |||||
|---|---|---|---|---|---|
| Unit Price | ₹6,45,000 | ₹10,24,000 | POA | POA | POA |
| Stock | 10 units | 10 units | 10 units | 10 units | 10 units |
| SKU | FSP-SKYWALKER-SKY245-KIT | FSP-SKYWALKER-SKY245-PNP | FSP-SKYWALKER-SKY245-MAP-RTK | FSP-SKYWALKER-SKY245-LR-COMM | FSP-SKYWALKER-SKY245-LIDAR-EOIR |
Intelligence Brief
The Skywalker SKY245 is a professional fixed-wing VTOL UAV platform engineered for aerial mapping, land surveying, infrastructure inspection, precision agriculture, environmental monitoring, security operations and scientific research missions. Built with a lightweight carbon fiber composite airframe, the SKY245 combines Vertical Take-Off & Landing capability with fixed-wing cruise efficiency, enabling long-endurance missions without requiring a runway.
APPLICATIONS: Aerial mapping and photogrammetry, land surveying and GIS data collection, precision agriculture and crop monitoring, construction monitoring and corridor mapping, powerline/railway/pipeline inspection, forestry and environmental monitoring, long-range observation missions, security and surveillance operations, scientific research and UAV development, search and rescue support.
Q: What is the Skywalker SKY245 used for? A: The Skywalker SKY245 is used for aerial mapping, land surveying, infrastructure inspection, precision agriculture, environmental monitoring, security operations and scientific research. It is designed for professional teams that need long endurance, VTOL deployment and survey-grade payload flexibility.
Q: What is the maximum flight time? A: The SKY245 can achieve up to 240 minutes of flight time under optimized battery, payload and mission conditions. Actual endurance depends on battery capacity, payload weight, wind, altitude, cruise speed, flight profile and safety reserve planning.
Q: What is the payload capacity? A: The platform supports payloads up to 3kg depending on final configuration. Payload integration must consider size, power draw, vibration isolation, cooling, center of gravity and aircraft balance.
Q: What is the maximum takeoff weight? A: The maximum takeoff weight is listed as 13.5kg. Final safe takeoff weight depends on airframe configuration, battery selection, payload, avionics, telemetry equipment and mission setup.
Q: What is the cruise speed? A: The supplied configuration lists a 75km/h cruise speed, while some public references list approximately 80km/h. Final mission cruise speed depends on payload, battery, wind, altitude and flight-controller tuning.
Q: What is the maximum speed? A: The supplied data lists a maximum speed of 120km/h, while some public references list 108km/h. Operators should follow the final configured aircraft limits and safety procedures provided during integration.
Q: What does RTK and PPK compatible mean? A: RTK and PPK support allows the aircraft to be integrated into high-accuracy mapping workflows when paired with compatible GNSS hardware and processing methods.
Q: What communication range is available? A: Communication configurations are available for 15km, 30km and up to 50km depending on telemetry hardware, antennas, terrain, line-of-sight conditions and regulatory permissions.
Q: What is included in the KIT Version? A: The KIT Version includes the airframe package, structural components, VTOL airframe platform and hardware package. Motors, ESCs, servos, batteries, flight controller, telemetry, RTK/PPK hardware, GCS and payloads are selected separately.
Q: What is included in the PNP Version? A: The PNP Version includes the complete airframe, VTOL power system, cruise propulsion system, ESCs, servos, wiring harness and a ready-for-flight-controller installation platform.
Q: Can it be used for corridor mapping? A: Yes, the long endurance and communication options make the SKY245 suitable for corridor mapping such as roads, railways, pipelines, canals and powerline routes.
Q: What wind resistance does the aircraft support? A: The SKY245 is listed with Level 6 wind resistance. Operators should still evaluate local weather, payload loading, takeoff/landing zone and safety margins before every mission.
Q: Is this UAV suitable for beginners? A: No. The SKY245 is a professional VTOL UAV platform that should be assembled, configured, operated and maintained by trained pilots, survey teams or experienced UAV integrators.
Q: Can this platform be customized? A: Yes, customization is available for RTK/PPK, mapping payloads, LiDAR systems, EO/IR cameras, thermal cameras, long-range telemetry, video links, GCS, research payloads and security configurations.
Q: What maintenance is required? A: Maintenance should include inspection of the carbon fiber airframe, VTOL lift system, cruise propulsion, servos, ESCs, wiring, connectors, battery, avionics, payload mounts and control surfaces.
Technical Data Sheet
46 parameters across 1 category
Wingspan
Professional fixed-wing VTOL platform
Body Length
Compact long-endurance fuselage
Mission Compartment
Payload and mission equipment bay
Airframe Material
Lightweight rigid structure
Airframe Type
Mapping and survey UAV platform
Modular Build
Field-deployable professional UAV
Aircraft Type
Long-endurance mapping and survey platform
Take-Off / Landing
No runway required
VTOL Lift System
Vertical takeoff and landing capability
Cruise Propulsion
Efficient fixed-wing flight
Transition Flight
Professional flight-controller tuning required
Operation Style
Flight controller and GCS dependent
Maximum Flight Time
Battery, payload, wind and mission-profile dependent
Cruise Speed
Efficient mapping mission speed
Alternate Cruise Reference
Listed in some public references
Maximum Speed
High-speed mission capability
Alternate Maximum Speed Reference
Listed in some public references
Service Ceiling
Mission and regulation dependent
Wind Resistance
Strong field-operation capability
Maximum Takeoff Weight
Listed platform MTOW
Maximum Payload
Configuration dependent
Payload Capacity
Professional mapping and inspection payload support
Payload Types
Integration dependent
Mission Equipment
Project-specific integration
Payload Integration
Based on size, weight, power and balance requirement
Survey Use
Final accuracy depends on payload and GNSS workflow
Power Type
Battery-based UAV platform
Endurance Battery
Depends on payload, target endurance and CG
Battery Note
Confirm before ordering
Power Efficiency
Reduced power consumption in fixed-wing cruise
Flight Time Note
Real-world results vary
Communication Range
Communication package dependent
Telemetry
Custom integration available
Video Transmission
Optional system integration
Ground Control Station
Mission package dependent
RTK / PPK
Survey-grade positioning workflow support
Flight Controller
KIT and PNP package dependent
Operating Environment
Mission dependent
Field Readiness
Professional field deployment
Maintenance Requirement
Professional UAV operation
Build Quality
Professional UAV-grade construction
Safety Note
Operator responsibility
Integration Note
Confirm final configuration
Warranty
Manufacturing defects under approved use and normal operating conditions
Product Origin
FlySpark integration and support available
Use Class
Not a beginner aircraft
Complete specification index
Deployment Ready
Contact our defense engineering team for bulk procurement, customization, compliance documentation, and field deployment support.
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