UAV / UAS

SKELDAR V-200

Multi-Purpose Unmanned VTOL System.

SKELDAR V-200

Unmanned VTOL System Trusted by Naval Forces Worldwide.

Skeldar v-200 unmanned aerial vehicle for the coast guard

Naval Surveillance

Class-leading endurance enables the V-200 to maintain an Over the Horizon (OTH) vantage point for extensive periods, providing the host ship crew with the necessary information to stay one step ahead of evolving seaborne threats. Equipped with the appropriate Signals Intelligence (SIGINT) gathering payload, the V-200 can be used to intercept signals and provide geodetic positioning information of seaborne threats in high-risk scenarios.

Anti Submarine Warefare (ASW)

Capable of supporting wide-area ASW and countermine operations, the V-200 becomes an excellent extended endurance airborne tool for classifying, locating, and tracking submersible threats when equipped with suitable maritime sensors. An ASW equipped V-200 allows an operation to take place at a safer stand-off range, reducing the risk to personnel and the host vessel itself.

Improving Ship Detection Range in Real-time

Capable of simultaneously tracking multiple targets in real-time when equipped with an EO/IR and SAR sensor combination, the V-200 greatly improves ship detectability range and surveillance capabilities, enabling for the dynamic detection of illegal activities such as piracy, narco-trafficking and illegal migration, increasing maritime asset safety and security.

Border Protection

Remote and difficult to access borders present authorities with challenging surveillance scenarios. Six-hour flight times and numerous payload combination options make the V-200 an invaluable asset for coastal and overland border monitoring operations.

SKELDAR V-200

System Introduction

Rugged components designed to operate in adverse weather and harsh saltwater conditions, ship-based Automatic Take-off, and Landing (ATOL), ship-specific Remote Pilot Station (RPS) integration options, multiple payloads carrying capability and a dependable heavy fuel engine are just some of the features to make the V-200 the ultimate NATO-aligned rotary platform.

V-200 BROCHURE

FULL DATA

SKELDAR V-200

Unmanned VTOL System Key Features

Ship-based ATOL
System

Ship-based Automatic Take-off and Landing (ATOL) enables landings on dynamic surfaces such as pitching and rolling ship helidecks. Independent positioning assistance enables the V-200 to land in twenty-five knot winds (NATO Sea State 3-4) as well as in reduced visibility conditions such as nighttime, fog, and heavy rain.

Efficient Maintenance
& Storage

The V-200’s compact size allows for a minimum amount of space to be occupied allowing for efficient transportation and storage. Modular design and easily removable access panels allow for efficient routine maintenance and inspections as well as payload reconfigurations.

System
Redundancy

From the start, redundancy has been engineered into every aspect of our system. Features such as redundant power and fuel systems, a dual-core FCU and strong datalinks enable the V-200 to remain airborne should an emergency occur.

Industry-leading
Heavy Fuel Engine

Designed to operate on kerosene-based Jet A-1, JP-5 and JP-8 fuels, the V-200’s Hirth direct-injected parallel-twin two-stroke engine sets the benchmark for efficiency and dependability. High-grade components provide excellent reliability and prolong Times Between Overhauls (TBO).

Training
& Simulation

UMS SKELDAR is an approved training organization offering conversion courses such as our multi-day Intelligence, Surveillance and Reconnaissance (ISR) training program led by professionals with years of industry and frontline experience.

SKELDAR V-200

Payload Flexibility

A
Forward Position
Designed for Optical Sensors
B
Central Position
Tactical Multi-Intelligence (Multi-INT) & Synthetic Apereature Radar (SAR)
C
Long Range Data Link
Range 100 km+

SKELDAR V-200

Payload Flexibility

SKELDAR V-200

Payload Options

As an agnostic platform, the V-200 is an open architecture to numerous sensor combinations supporting role change payloads.

Depending on mission needs, Commercial-Off-The-Shelf (COTS) high-resolution Electro-Optical/Infrared (EO/IR), Synthetic Aperture Radar (SAR), Light Detection and Ranging (LiDAR), Electronic Warfare (EW) sensors and other mission-specific payloads are offered.

Sensors:

Night & Day Electro-Optical/Infrared (EO/IR) Sensors

Radar & LiDAR options including:

Synthetic Aperture Radars (SAR)
Light Detection and Ranging (LiDAR)

Electronic Warfare (EW) payloads:

Communication Monitoring and Intelligence (COMINT)
Radar Emitting Sensing Equipment (RADINT)
Ground Penetrating Radar (GPR)

LIDAR

ELECTRO OPTICAL

INFRARED

RADAR SENSING

LIDAR

ELECTRO OPTICAL

INFRARED

RADAR SENSING

PAYLOAD

EW and Radar Sensing Payload Benefits

Today’s Unmanned Aircraft Systems (UAS) operate in a complex and multifaceted signals environment. Equipping the V-200 with EW or Radar Emitting Sensing payloads enables the interception, locating, detection, disruption and jamming of signals from potential threats. Situational awareness is heightened and response times from air, sea or land-based forces are reduced.

PAYLOAD

Synthetic Aperture Radar (SAR)

Featuring an under-belly mounted steerable beam antenna and a high-performance Ground Moving Target Indicator (GMTI), Active Electronically Scanned Array (AESA) Synthetic Aperture Radar (SAR) provides reliable high-resolution all-weather day or night intelligence gathering, ground mapping and surveillance capabilities. High reliability and operational availability are achieved by using numerous solid states Transmit/ Receive Modules within a fixed array. The system’s low power consumption, low weight and compact size make SAR installations in combination with Electro-Optical/Infra-Red (EO/IR) sensors and other payloads possible.

Key SAR features:

Moving Target Indicator (MTI)
Wide Area Coverage

SKELDAR V-200

Connectivity, Control
& Integration

Ship Integration

Alongside an extensive range of vehicle-mounted and land-based RPS options, ship-specific RPS integration options are offered, making the V-200 the perfect platform for ship-based operations. UMS SKELDAR can facilitate RPS integration into existing customer-specific operational infrastructure, including ships such as Frigates, Carriers, and Patrol Ships.

C4ISR and BMS Integration

UMS SKELDAR supports state-ofthe-art Battle Management Systems (BMS) as well as Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance (C4ISR) systems integration, enabling the V-200 to provide unmatched levels of aerial situational awareness, shortening sensing and response times.

NATO Compliant & Certified

UMS SKELDAR is fully AQAP-2110 certified – a critical requirement for organizations bidding for MOD or NATO contracts. Our UA’s also meet multiple NATO STANAG agreement specifications and requirements allowing for interoperability, coordination, and integration with existing or future platforms and Command, Control, and Intelligence systems.

Mission Automation

Mission automation features such as Point-and-Fly, Point-and-See and Vectoring allow operators to maintain focus where it is needed most, on vital mission objectives.

Reliable Data Link

State of the art high bandwidth phased array antennas allow for a strong data link to be maintained with the V-200. Connection reliability is guaranteed thanks to the elimination of moving parts.

SKELDAR V-200

Modular and Intuitive
RPS Solutions

Our Remote Pilot Station (RPS) has been designed to reduce fatigue by providing the highest level of operator comfort. An ergonomic design and an intuitive operator terminal provide excellent mission situational awareness, operational efficiency, and the highest levels of flight safety.

Alongside an extensive range of vehicle-mounted and land-based RPS options, ship-specific RPS integration options are offered, making the V-200 the perfect platform for ship-based operations. UMS Skeldar can facilitate RPS integrations into existing specific operational infrastructure (e.g. vehicles, ships).

SKELDAR V-200

Technical specification

Performance

Payload:

MTOW:

Data Link Range:

Service Ceiling:

Max. Airspeed:

Fuel:

Endurance:

Multiple 40 kg
(88 lbs)

245 kg (540 lbs)

100 km+ (54 NM)

3000 m (9842 ft)

140 km/h (75 kts)

Heavy Fuel (Jet A-1, JP-5 & JP-8)

6+ hours*
*Endurance will vary according to payload configuration

Physical

Rotor Diameter:

Airframe Length:

Height:

Width:

4.60 m (15 ft)

4 m (13 ft)

1.3 m (4.2 ft)

1.2 m (4 ft)

BROCHURE

SKELDAR V-200

Unmanned VTOL System in the Media

NEWS

UMS SKELDAR announces 2024 AUSTRALASIA Demonstration campaign for V-200 Solution at IndoPacific

November 6, 2023in NEWS

UMS SKELDAR selects S-PLANE’s NX-SERIES FCU for future development roadmap

August 7, 2023in 2023

NEWS ROOM

SKELDAR V-200

Multi-Purpose Unmanned VTOL System.

Unmanned VTOL System Trusted by Naval Forces Worldwide.

Naval Surveillance

Anti Submarine Warefare (ASW)

Improving Ship Detection Range in Real-time

Border Protection

System Introduction

Unmanned VTOL System Key Features

Ship-based ATOL System

Efficient Maintenance & Storage

System Redundancy

Industry-leading Heavy Fuel Engine

Training & Simulation

Payload Flexibility

Forward Position

Central Position

Long Range Data Link

Payload Flexibility

Payload Options

LIDAR

ELECTRO OPTICAL

INFRARED

RADAR SENSING

LIDAR

ELECTRO OPTICAL

INFRARED

RADAR SENSING

EW and Radar Sensing Payload Benefits

Synthetic Aperture Radar (SAR)

Connectivity, Control & Integration

Ship Integration

C4ISR and BMS Integration

NATO Compliant & Certified

Mission Automation

Reliable Data Link

Modular and Intuitive RPS Solutions

Technical specification

Performance

Physical

Unmanned VTOL System in the Media

UMS SKELDAR announces 2024 AUSTRALASIA Demonstration campaign for V-200 Solution at IndoPacific

UMS SKELDAR announces 2024 AUSTRALASIA Demonstration campaign for V-200 Solution at IndoPacific

UMS SKELDAR selects S-PLANE’s NX-SERIES FCU for future development roadmap

Ship-based ATOL
System

Efficient Maintenance
& Storage

System
Redundancy

Industry-leading
Heavy Fuel Engine

Training
& Simulation

Connectivity, Control
& Integration

Modular and Intuitive
RPS Solutions