SKYEYE SV293 Plus 2930mm Carbon Fiber Hybrid VTOL UAV Platform (Engine Version)

SKYEYE SV293 Plus 2930mm Carbon Fiber Hybrid VTOL UAV Platform - Engine Version

The SKYEYE SV293 Plus is a professional long-endurance hybrid VTOL UAV platform designed for industrial surveying, mapping, inspection, surveillance, logistics, environmental monitoring, defence, research and large-scale mission applications. Built with a full carbon fiber airframe and engine-based fixed-wing cruise system, the SV293 Plus combines vertical takeoff and landing flexibility with the endurance and range of fixed-wing flight.

KEY FEATURES & BENEFITS:

• Carbon Fiber Long-Endurance Platform:
• • 2930 mm wingspan for stable long-range UAV missions
• • Full carbon fiber construction for high strength and reduced airframe weight
• • Approximately 1 kg lighter than comparable fiberglass airframes while maintaining structural capability
• • Engine configuration supports up to 3 hours endurance depending on payload, fuel, altitude, weather and mission profile
• • Electric configuration can support up to 1.5 hours depending on build configuration

• Hybrid VTOL + Fixed-Wing Design:
• • Four VTOL lift motors for vertical takeoff and landing
• • Tail-thrust engine system for efficient fixed-wing cruise
• • Smooth VTOL-to-cruise transition for runway-free field deployment
• • Designed for confined locations, remote industrial sites, farms, forests, borders and survey zones
• • Professional airframe architecture for long-range, high-endurance mission planning

• Heavy Sensor Integration Capability:
• • Large 560 × 210 × 185 mm payload bay for professional mission equipment
• • Supports mapping cameras, survey payloads, LiDAR, EO cameras, thermal cameras, multispectral sensors, communication systems and custom research payloads
• • Up to 25 kg maximum takeoff weight depending on final configuration
• • Suitable for advanced industrial, research, logistics and security projects requiring payload flexibility

APPLICATIONS: Industrial surveying and mapping, precision agriculture and forestry monitoring, powerline/railway/pipeline and infrastructure inspection, oil & gas monitoring and industrial site inspection, long-range surveillance and border monitoring, cargo and logistics operations, defence and security configurations, search and rescue support, university/aerospace/R&D UAV programs, environmental research and remote-area monitoring.

FREQUENTLY ASKED QUESTIONS:

Q: What is the SKYEYE SV293 Plus used for? A: The SKYEYE SV293 Plus is a professional carbon fiber hybrid VTOL UAV platform used for mapping, surveying, inspection, surveillance, logistics, environmental monitoring, defence, research and industrial aerial operations. It is designed for organizations that need long endurance, payload flexibility and runway-free deployment.

Q: What makes the SV293 Plus different from standard VTOL UAVs? A: The SV293 Plus uses a full carbon fiber airframe, hybrid VTOL architecture and engine-based cruise propulsion. This gives it a strong balance of lightweight construction, long endurance, VTOL flexibility and professional payload integration capability.

Q: What is the maximum flight endurance? A: The engine configuration supports up to 3 hours of flight endurance depending on payload, fuel load, altitude, wind and mission profile. Electric configuration can support up to 1.5 hours depending on build and battery configuration.

• Q: What is the wingspan of the SV293 Plus?
• A: The aircraft has a 2930 mm wingspan. This large fixed-wing layout improves stability and efficiency during long-range professional missions.

• Q: What is the aircraft length?
• A: The aircraft length is 2030 mm. The fuselage size supports a large payload bay, engine system and professional mission equipment.

Q: What is the maximum takeoff weight? A: The maximum takeoff weight is listed as up to 25 kg based on the supplied configuration data. Final safe operating weight depends on engine, fuel, avionics, battery, payload, mounting, balance and mission requirements.

Q: What is the empty weight? A: The listed empty weight is approximately 7.1 kg. Final aircraft empty weight can vary depending on installed propulsion, wiring, landing gear, avionics and integration options.

Q: What is the payload bay size? A: The payload bay size is 560 × 210 × 185 mm. This large compartment can support mapping cameras, LiDAR systems, EO/IR payloads, thermal cameras, multispectral sensors and custom mission equipment.

Q: Is the airframe really full carbon fiber? A: Yes, the SV293 Plus is positioned as a full carbon fiber UAV platform. Compared with conventional fiberglass airframes, the carbon fiber version is lighter while maintaining strong structural capability.

Q: What type of propulsion system does it use? A: The engine version uses a hybrid VTOL architecture with four VTOL lift motors, VTOL ESCs, high-efficiency VTOL propellers and a tail-thrust engine system for fixed-wing cruise. This gives the aircraft vertical takeoff capability and long-endurance cruise performance.

Q: Does the SV293 Plus require a runway? A: No, the VTOL system allows vertical takeoff and landing. This makes it suitable for confined locations, remote industrial sites, farms, forests, mountain terrain and tactical deployment areas where a runway is not available.

Q: What is the cruise speed? A: The listed cruise speed is 23–25 m/s, with maximum speed up to 30 m/s. This supports efficient long-range mapping, survey, inspection and monitoring missions.

Q: What is the stall speed? A: The listed stall speed is 18 m/s. Operators should follow the final flight-controller tuning, aircraft configuration and mission safety procedures supplied during integration.

Q: What payloads can be integrated? A: The aircraft supports mapping cameras, survey cameras, LiDAR systems, EO cameras, thermal cameras, multispectral sensors, environmental monitoring equipment, research instruments, communication systems, delivery modules and custom industrial payloads.

Q: Can LiDAR be integrated on this UAV? A: Yes, LiDAR payload integration is possible if the payload fits within the weight, space, power and balance limits. Proper mount design, vibration isolation, data logging and endurance validation are recommended.

Q: Can EO/IR or thermal payloads be used? A: Yes, EO/IR and thermal imaging payloads can be integrated depending on payload dimensions, power requirements and mission needs. The PRO configuration can be customized for security, inspection and surveillance workflows.

Q: Can the aircraft be used for cargo or delivery? A: Cargo and delivery-module configurations are possible depending on payload size, mounting, mission profile and applicable regulations. FlySpark can support custom cargo bay planning and payload integration.

Q: What is included in the PRO configuration? A: The PRO configuration includes the SV293 Plus carbon fiber airframe, hybrid VTOL propulsion system, engine power system, flight components integration, professional UAV platform setup, payload integration capability and mission-ready configuration. Exact contents may vary depending on final customer requirements.

Q: Are camera, LiDAR, GCS and telemetry included by default? A: Mission payloads, LiDAR systems, cameras, telemetry equipment, video links and ground control stations may not be included by default unless specified in the final quotation. These components can be customized and bundled based on the project.

Q: Is this UAV suitable for beginners? A: No. The SV293 Plus is a professional long-endurance VTOL UAV and should be operated by trained UAV pilots, technicians and system integrators. It requires professional assembly, maintenance, mission planning and flight safety procedures.

Q: Can this platform be customized? A: Yes, customization is available for mapping payloads, LiDAR systems, EO/IR cameras, thermal imaging, long-range telemetry, video transmission, GCS, research payloads, cargo delivery configurations and defence/security applications.

Q: What maintenance is required? A: Maintenance should include inspection of the carbon fiber airframe, VTOL lift system, engine, fuel system, servos, propellers, ESCs, avionics, payload mounts, wiring and control surfaces. Professional pre-flight and post-flight checklists are recommended.

Q: What warranty is included? A: Warranty support generally covers manufacturing defects under approved use and normal operating conditions. Crash damage, engine misuse, fuel-system problems from improper handling, incorrect integration, overloading or unauthorized modification may not be covered.