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discover the talisman S60

PLATFORM STRENGHTS

Versatile Multirole Platform

High Payload to Weight Ratio

Aerodynamic Excellence

Exceptional Stability

Long Range Operations: 650 Nautical Miles

Very Effective Remote Control System

Parachute and Safety System

In-House Developed Reliable Engine

Low Operating Cost

TECHNICAL SPECS

Length: 267 cm / 105 in

Wing Span: 340 cm / 134 in

Height: 92 cm / 36 in

Empty Weight: 43 kg / 95 lbs

Maximum Takeoff Weight: 60 kg / 132 lbs

Useful Load: 17 kg / 37 lbs

PERFORMANCE AND CAPABILITIES

Minimum Operational Speed: 80 Km/h

Flight Endurance: >12 hours

Maximum Level Speed: 150 Km/h

Payload Capacity: 5.5 kg

Best Endurance Speed: 100 Km/h

TAKE OFF DISTANCE less than 300 mt

Operative Ceiling: 3000 meters / 9850 ft

LANDING DISTANCE less than 100 mt

no one can compare to the talisman s-60

The Talisman S-60 is a multirole UAV platform engineered to support a wide range of monitoring and surveillance applications.

Its aerodynamic configuration ensures operational stability, precise control at low speed, and safe integration of various sensors. The platform’s endurance and reliability make it suitable for large-scale data acquisition in demanding environments. The liquid-cooled propulsion system is designed for high-temperature operations, ensuring sustained mission performance.

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Talisman S60 Nude
Talisman S60 Dressed

Applications

Coastal and border monitoring

Search and rescue (SAR)

Traffic and infrastructure control

Agricultural and environmental monitoring

Fire prevention and geospatial assessment

Oil & gas infrastructure inspection

Plant health, growth analysis, and pest identification

Aerodynamics and Stability

Tandem-wing layout reduces stall sensitivity and prevents spin entry

Airfoils optimized for endurance and stability

Aerospace-grade composite structure

Emergency parachute system for operational safety

Best-in-class payload-to-size efficiency,
enabling advanced missions without increasing
aircraft footprint or complexity.

Italian engineering focused on
applied aerodynamics and mission-driven technology

unbeatable
Talisman From Above
concept design
European Technology
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DEFENCE APPLICATIONS (ISTAR)

Intelligence, Surveillance, Target Acquisition and Reconnaissance (ISTAR)

Target tracking and classification

Search and Rescue support (SAR)

Communication relay and network node operations

Double Wing
PAYLOADS OVERVIEW
Multispectral Camera

MULTISPECTRAL CAMERA

Multispectral Camera

Delivers high-resolution multispectral data across multiple bands for precision agriculture and environmental monitoring, enabling early detection of crop stress, pollutants, and land-use variations.

DISCOVER THE TALISMAN S60
Gimball

GIMBALL EO/IR

Stabilized EO/IR Gimbal

Provides high-precision, gyro-stabilized imaging for ISR and SAR operations, ensuring reliable target tracking and long-range observation in dynamic flight conditions.

Lidar 2 Lidar 1

LIDAR

Airborne LiDAR Payloads

High-density LiDAR acquisition for topography, forestry, and urban planning. Penetration through vegetation and detailed surface mapping enable accurate geospatial intelligence from altitude.

Talisman S60
Talisman S60 Logo
remote control & communication systems

The Talisman S-60 integrates secure communication and control architectures for both tactical operations and long-range BVLOS missions.
Supports line-of-sight datalinks, satellite connectivity, redundant radio systems, and both portable or fixed Ground Control Stations (GCS), ensuring reliable command even in complex environments.

On preparation to fly

KEY

Adaptive Architecture

Modular communication suites tailored to mission requirements

Comunication System At Work

FACTORS

Mission Continuity

Redundant links maintain command during signal disruptions

Talisman Flying

Multi-Node Operations

Supports simultaneous management of multiple UAVs and GCS units

Vertical Drifts

Tactical Range Expansion

Satellite connectivity extends mission reach beyond visual line-of-sight

Talisman in the sky
Parachute Safety System – IRIS ULTRA 192

The platform integrates a parachute system for safe recovery in flight emergencies.
The system can be triggered automatically or manually, is effective from 70 m AGL, and reduces impact energy to meet international UAV safety practices.

Parachute

Dual Activation

Automatic and manual deployment ensure rapid response in any situation.

Low-Altitude Recovery

Effective deployment from 70 m AGL

Impact Energy Reduction

Impact energy reduction to protect aircraft and ground assets

Parachute

Standards Compliance

Compliant with modern UAV safety standards

Parachute
Power Unit Overview

The propulsion system adopted for the Talisman S-60 is a liquid-cooled, two-stroke internal combustion engine specifically optimized for extended UAV missions and high-temperature operating environments.

Its electronic fuel injection, digital engine control, and independent ignition architecture ensure reliable performance, predictable thermal management, and sustained efficiency during long-endurance flights.

Engine Characteristics

The engine integrates a closed-circuit cooling layout, altitude-adaptive fuel regulation, and a high-output generator sized to support avionics and mission payloads. All control functions are managed through a full-authority digital system, ensuring precise throttling, mixture regulation, and diagnostic monitoring across the flight envelope.

Engine
• In-house engine architecture for system integration
• Liquid-cooling optimized for endurance and thermal loads
• Predictable maintenance and durable construction
• Straightforward servicing and cost-efficient operations
Engine 3D
Onboard Flight Control Systems

The Talisman S-60 integrates a redundant flight control suite centered on the Vector 600 autopilot, including multiple IMUs, CPUs, and advanced GNSS systems.

The platform supports BVLOS operations and complies with modern airspace regulations through Detect-and-Avoid integration.

Resilience Under GNSS Loss

Resilience under GNSS loss with visual navigation and dual compasses

GNSS Loss
Flight Controls

Precision Flight Logic

High-fidelity waypoint logic reduces pilot workload

Scalable Mission Control

Scalable for single or multi-vehicle control