The UAS that invented the agile ISR category, Now with VTOL
ScanEagle paired with FLARES VTOL brings the smallest possible operational footprint while preserving maximum endurance and best-in-class, modular, payload capability.
Long-Endurance
ScanEagle’s 18+ hours of endurance carrying 17 lbs of Insitu best-in-class payloads means you’ll never lose sight of what’s most important.
Small Footprint
FLARES Vertical Take-off and Landing kit requires minimal deck or land space and requires zero aircraft modifications. Enables rapid repositioning and operation in tight spaces. Transportable via standard pickup truck or cargo van and ready to launch within 30 minutes.
Resilient
ScanEagle has been operating in GPS-contested and denied environments since 2018. Alt-nav and other solutions available.
463L pallet: 108 x 88 x 62 in (2.74 x 2.24 x 1.57 m)
ScanEagle Specifications
Size and Weight
Max takeoff weight: 62 lb / 28 kg
Max payload weight: 17 lb / 8 kg
Payload power: up to 150 W
Length: 5.6ft / 1.71m
Wingspan: 10.2 ft / 3.1 m
Sensor and Data Options
Electro-optical (EO) camera and telescope
Medium-wave infrared and EO for day-to-night operations
AI-assisted wide-area maritime search
Synthetic Aperture Radar (SAR): MMTI/GMTI, CCD
Laser range finder, laser pointer, and laser
designator options
Electronic warfare / SIGINT / comms relay
AIS: Maritime vessel identification
Alternative Navigation (Alt-Nav)
Video Datalink: Analog, digital encrypted
C2 Datalink: Encrypted, unencrypted
Performance
Endurance: 18 hours
Ceiling: 19,500 ft / 5,950 m
Max horizontal speed: 80 knots / 41.2 m/s
Engine: Heavy fuel (JP-5 or JP 8) or C-10 gasoline engine
How does ScanEagle with VTOL work?
LAUNCH
FLARES mated with ScanEagle climbs vertically to altitude (500′ AGL), dashes into the wind, and releases ScanEagle into fixed-wing flight (<5 minutes).
FLARES returns to land/ship launch point
In case of an aborted launch, FLARES returns and lands vertically with ScanEagle still attached.
RECOVERY
FLARES takes off vertically tethered, hosting capture rope into the air (~300′). ScanEagle catches on vertical line via wing hook (<5 min)
FLARES descends as the capture rope is wheeled onto the winch in MARS (Mast Augmented Recovery System) and ScanEagle settles onto the top of the mast.
Unloaded FLARES lands.
Full Range, Endurance, and Capacity
ScanEagle with VTOL offers 18+ hours of endurance carrying 17 lb of Insitu’s best-in-class modular payloads. Range and endurance enable persistent detection, classification, and tracking.
Increased Portability and Self-Sufficiency
ScanEagle with VTOL enables rapid repositioning and operation in tight spaces on land or ship.
Available for Current ScanEagle Customers
FLARES VTOL kit works with existing ScanEagle UAS.
Common Ground Control Station
Small, modular, and expandable GCS with multiple configurations minimizes footprint and maximizes compatibility. Also controls non-Insitu UAV.
Trusted Performance
With over 1.3 million operational hours, ScanEagle has been continuously deployed on land since 2004 and at sea since 2005. ScanEagle is truly battle-tested – deployed around the globe, flying in the harshest environments for a variety of US and international partners.
Interoperability
Compliant with relevant NATO and industry standards to allow interoperability across joint, coalition, and allied forces.
Payload Flexibility
Field-swappable payloads can be rapidly reconfigured to support a wide range of missions—electronic warfare, ISR, comms relay, overwatch and targeting.
ScanEagle Assists in Response to Hijack of M/V Ruen
Key to situational awareness has been the EUNAVFOR UAV, SCAN EAGLE, based on ESPS VICTORIA, which continues to punctually collect data from the merchant vessel.
QE-1 Squadron employs the ScanEagle in support of Special Operations
On November 22, the 1st Remotely Piloted Aircraft Squadron (QE-1) carried out a Surveillance and Reconnaissance flight in support of the INCURSEX exercise, conducted by the Marine Special Operations Battalion (Tonelero Battalion).
Automated Maritime Wide-Area Search for Integrator
AI-assisted wide-area search with high-powered zoom optics and multiple spectral bands. Search, interrogate, and prosecute from one long endurance platform.
Automate Your Search
Scans wide areas for objects of interest, processes imagery on the edge, and provides real-time information to operators, networked payloads, or mission management systems.
Program Your Missions
Designate automated search areas and detection thresholds based on mission parameters to optimize sensor and software operation.
Search from Day to Night
Equipped with HD RGB and HD LWIR sensors. Nighttime heat/object detections, particularly in maritime environments, are aided by the contrast of thermal signatures against a uniform body of water.
PT-6 scans wide areas for objects of interest, processes imagery on the edge, and provides real-time information to operators, networked payloads, or mission management systems.
Detection Ranges and Coverage
Examples of targets and coverage based on size, altitude and speed (assumes 55 kts)
Target Size
Altitude (AGL)
Detection Range
Search Swath
Coverage Rate (per hour)
2 m life raft
1,000 ft (305m)
2 NM (3.7km)
4 NM (7km)
220 NM2 (755 km2)
19 m vessel
5,000 ft (1,500m)
10 NM (18.5km)
20 NM (37km)
1,100 NM2 (3,773 km2)
50+ m vessel
5,000 ft (1,500m)
17 NM (31.5km)
34 NM (63km)
1,870 NM2 (6,414 km2)
Let AI Do the Heavy Lifting
PT-6 automates the labor-intensive role of searching for small targets of interest in large areas, often in challenging conditions. Overwatch AI software automatically controls sensor operation to continually scan a search area; processes data in real-time on the edge; and notifies the operator or networked payload with geolocated image data of detected objects that warrant further review.
Expand Your Field of View
The sensor automatically scans in a step-stare pattern that sweeps across the flight track to provide a significantly increased search coverage area.
Go Day to Night with Multi-spectral Sensors
RGB and Long Wave Infrared (LWIR) allow you to search from day to night, and easily pick out warm heat signatures against a cool, uniform body of water.
Do it All with Multi-Mission Capabilities
PT-6 enables a wide variety of mission capabilities, from maritime search and ISR to land-based tactical intelligence, inspection and mapping, custom object detection, change detection, and more.
Stay On Target Longer with Unmatched Endurance
Integrator is designed for easy integration of multi-INT payloads, offers 24+ hours of endurance, and carries 40 pounds of Insitu best-in-class, modular, field-swappable payloads across six bays, with plenty of onboard power.
PT-6 is developed and produced by Overwatch Imaging and integrated and tested with Integrator in collaboration between Insitu and Overwatch Imaging
UBIQ Aerospace and Boeing Insitu Establish Visionary Partnership to Redefine Cold Climate Aircraft Technology
UBIQ Aerospace, a pioneering leader in cold weather and ice protection technologies, is excited to announce a groundbreaking collaboration with Boeing/Insitu, a renowned uncrewed aircraft systems (UAS) provider within The Boeing Company.
Insitu and Innovaero to develop unmanned aerial attack systems
Drone manufacturer Insitu Pacific (IPL) and aeronautical manufacturer Innovaero are to collaborate in the development of a long-range strike capability using uncrewed aircraft systems (UAS).
Insitu Announces Kinetic Capability for the Integrator Uncrewed Aircraft System (UAS)
Insitu, A Boeing Company, announced a munitions program for its Integrator UAS, which adds a highly sought-after strike capability to the platform’s unmatched payload portfolio and class-leading 24-hour flight endurance.
Building blocks for powerful still and motion imagery media applications
Designed for developers
Offers an extensive C++ API to operate on media from a range of sources including cameras, network streams, archives, and more.
Versatile architecture
Ideal for systems that require the capability to ingest, process, and deliver a large number of streams of video, audio, metadata, and annotation with minimal latency.
Adaptable, layered capabilities
Encoding and decoding, recording and playback, and advanced content-based retrieval and analysis via simultaneous media sources across many platforms.
Build client-side, metadata-rich media consumption and server software
Digitally encode motion imagery and metadata to MISB standards using encoding libraries and MainConcept codecs – no need for specialized video encoding software
Decode digital motion imagery and metadata for use directly in your software
Make your solution MISB and STANAG compliant with core components including MISB metadata set libraries, Cursor-on-Target encoders/decoders, NITF libraries, and video codecs (view the MISB standards here)
The de facto ISR industry standard for motion imagery interoperability
Ideal for companies and platforms that demand flexible, superior, real-time digital media solutions
Contains a comprehensive bundle of sample applications including a full-featured media client and server, remote server management application, and media streaming application
Currently used in numerous cross-domain solutions to meet NSA Raise The Bar requirements
Available with get-you-started technical support and support cases
Insitu Announces Kinetic Capability for the Integrator Uncrewed Aircraft System (UAS)
Insitu, A Boeing Company, announced a munitions program for its Integrator UAS, which adds a highly sought-after strike capability to the platform’s unmatched payload portfolio and class-leading 24-hour flight endurance.
On the Coast of Rio, Navy RQ-1 ScanEagle Aircraft Participated in Search and Rescue Operation
Its ability to remain for a long time in the search area, combined with the electro-optical sensor of great range and the geolocation capacity of the system, allow a more precise and effective location of the intended objective in the Search and Rescue (SAR – Search and Rescue) mission .
RedKite® Block II is a small electro-optical system capable of monitoring a city-sized area in real time. BlackKite® takes your city-wide search from day to night using Mid-Wave Infrared (MWIR).
Enables wide-area monitoring
Monitors 10 mi² (16 km²) area within line-of-sight range of the GCS
Onboard data storage
RedKite offers up to 8 hours of mission data (11 hours for BlackKite) onboard vehicle supporting real-time or historical data
Real-time alerts
User-defined “watchboxes” provide sensor operators with automated alerts when items of interest move in/out for real-time tracking
Compact embedded processing: North-up rendering, real-time and DVR streaming, and full-mission storage
Internal Data link: Fully integrated, single Line Replaceable Unit (LRU)
Cross cue
Support cross-cueing to Integrator’s primary FMV turret for higher resolution interrogation of subjects of interest.
Support multiple operators
Support multiple sensor operators with up to 10 video streams at once, each viewing independent streams. Geospatial and temporal bookmarking allows users to mark and share locations.
Automated detection alerts
User-defined “watchboxes” provide sensor operators with automated alerts when items of interest move in/out for real-time tracking.
Simultaneous target detection
Detect, track, and label geographically dispersed still or moving targets.
Forensic Analysis
Operators can rewind imagery in forensic mode to trace targets to their points of origin and review events.
RedKite and BlackKite are integrated and tested in collaboration between Insitu and Logos Technologies.
Insitu Pacific’s Uncrewed Next-gen Sensors Demonstrated at U.S. Army Exercise
Insitu Pacific demonstrated next generation sensor capabilities and autonomous technologies in California as part of the U.S. Army’s Project Convergence 2022 late last year.
Insitu Sets Company Record for Longest Flight at 25.5 hours with its Integrator Uncrewed Aircraft System
Insitu, A Boeing Company, recently set a company record for the longest duration flight with a 25.5-hour sortie with its Integrator Uncrewed Aircraft System (UAS) on an operational mission.
Scalable end-user device. Single operator for multiple aircraft.
Device Control
Software version depends on air vehicle.
Fiber Extension
Optional Kit. Up to 500m between devices.
GPS Enclosure
Standard and SAASM.
Radio Handhelds
Multiple options available.
Open Systems Design
Supports all Insitu platforms and ground control software and is expandable to non-Insitu UAS. Uses industry-standard protocols, hardware, and power sourcing for procurement flexibility, simplified cabling configuration, and operational compatibility.
Environmentally Rugged
Operates in extreme temperatures, from -32C to +49C, and supports operation with and without gloves. Hardened for harsh EMI environments.
Operational mobility
Launch multiple UAV types from a single hub and transfer to a mobile spoke/ forward operator, all using the same GCS hardware.
Backward and forward compatible
Bridges new and existing UAS, reducing operational personnel, equipment, and training costs.
Scalable and Expandable
Multiple radio and antenna options enable three system configurations: backpackable short-range; vehicle-mountable mid-range; and long-range with expeditionary tripod antenna. Supports different frequency bands and waveforms.
Insitu Pacific’s Uncrewed Next-gen Sensors Demonstrated at U.S. Army Exercise
Insitu Pacific demonstrated next generation sensor capabilities and autonomous technologies in California as part of the U.S. Army’s Project Convergence 2022 late last year.
Insitu Sets Company Record for Longest Flight at 25.5 hours with its Integrator Uncrewed Aircraft System
Insitu, A Boeing Company, recently set a company record for the longest duration flight with a 25.5-hour sortie with its Integrator Uncrewed Aircraft System (UAS) on an operational mission.
The long-endurance Integrator is the most versatile UAS in its class. With our new VTOL kit, you don’t sacrifice endurance and capability for expeditionary.
Fly multi-int, multi-domain missions that challenge Group 4/5 asset capabilities at a fraction of the acquisition and operation costs with 27.5-hour endurance, 2000 nmi range (with SatCom), and 50lb of payloads across 10 bays
Small Footprint
FLARES Vertical Take-off and Landing kit requires minimal deck space, can launch in high seas and gusty winds, and requires zero aircraft modifications.
Customizable Payloads
Maximize every mission with six payload spaces and up to 50 pounds of cutting-edge sensors. Modularity supports a wide range of missions including electronic warfare, ISR, and comms relay
Rapid integration of other customer-specific payloads available
Performance
Endurance: up to 27.5 hours
Ceiling: 19,500 ft / 5,944 m
Max horizontal speed: 90+ knots / 46 m/s
Engine: EFI using JP-5/JP-8 fuel
How does Integrator VTOL work?
LAUNCH
FLARES, mated with Integrator, climbs vertically to altitude (500′ AGL), dashes into the wind, and releases Integrator into fixed-wing flight.
FLARES returns to land/ship via GPS
In case of an aborted launch, FLARES returns and lands vertically with Integrator still attached.
RECOVERY
FLARES takes off vertically tethered, hosting capture rope into the air (~300′). Integrator catches on vertical line via wing hook (<5 min)
FLARES descends as the capture rope is wheeled onto the winch in MARS (Mast Augmented Recovery System) and Integrator settles onto the top of the mast.
Unloaded FLARES lands on deck.
Full Range, Endurance, and Capacity
Integrator VTOL offers up to 27.5 hours of endurance and 2,000 nmi range. Range and endurance enable persistent detection, classification, and tracking.
Increased Portability and Self-Sufficiency
Integrator VTOL enables rapid repositioning and operation in tight spaces on land or ship. VTOL kit easily transportable downrange for island-hopping, ship-to-shore, and other point-to-point operations.
Optimized for Shipboard Operation
FLARES is built to operate in high seas and gusty winds, with limited launch and stowage spaces in mind. Launches from small vessel helicopter decks in high pitch and roll environments.
Common Ground Control Station
Small, modular, and expandable GCS with multiple configurations minimizes footprint and maximizes compatibility. Also controls non-Insitu UAV. Extended Range variant offers PLEO, MEO, and GEO SatCom options.
Trusted Performance
Integrator and its variants have been truly battle-tested and deployed around the globe, flying in the harshest environments for a variety of US and international partners.
Interoperability
Compliant with relevant NATO and industry standards to allow interoperability across joint, coalition, and allied forces.
Encrypted Communication
Encrypted command and control data link enables a line-of-sight operating radius beyond 50 nm / 92.6 km, with electromagnetic shielding to support customized communications and radio frequency sensor payloads.
Insitu Announces Kinetic Capability for the Integrator Uncrewed Aircraft System (UAS)
Insitu, A Boeing Company, announced a munitions program for its Integrator UAS, which adds a highly sought-after strike capability to the platform’s unmatched payload portfolio and class-leading 24-hour flight endurance.
Insitu Announces Proliferated-Low Earth Orbit Satellite Control for Integrator UAS with 2,000 Nautical Mile Range
This capability enables Integrator to fly up to 2,000 Nautical Miles (NM) point-to-point with 27.5 hours of endurance, the longest range/endurance of any small UAS in its class.
Insitu Incorporated, a Boeing company, reached a milestone this year: 30 years of unmanned aircraft innovation excellence – and nearly 20 years of supporting NATO, helping it to project NATO power on land and at sea from the air. ESD’s Curtis Hand spoke with Insitu CEO Diane Rose about what is next for the company in terms of current and future operational theatres, warfare’s evolution, and new industrial partnerships and strategic alliances – all to strengthen NATO and its affiliates.
Mission coordination and media mastery for optimal decision support
With TacitView and Catalina, Insitu’s suite of processing software gives you the most from your still and motion imagery. Capabilities include: rapid video review; visual enhancements; event logging; and standards-compliant, bandwidth-flexible media distribution.
Assemble
For maximum efficiency
Collect, synchronize, and archive standards compliant data sets for mission workflow
Process
Manually or automatically
Enhance imagery and metadata for better accuracy, interpretation and workflows
Assess
For quick decision making
Improved comprehension of live and archived synchronized data to correlate observed activities
Deliver
In common formats
Mission tailored, reliable, derived information using open standards for maximum interoperability
Explore MMS software capabilities, bundles, and licensable features.
MMS enables every operational layer, ensuring DoD/STANAG-compliant media provides high-levels of utility to end-users.
TacitView (Motion Imagery Media Exploitation)
Maximizes an analyst’s productivity, providing powerful full motion video editing, enhancement, exploitation and reporting tools. Find, scrub, view, improve, tag, edit, annotate and publish motion imagery, metadata and other data sources across the enterprise during all phases of exploitation.
Catalina (Motion Imagery Media Engine)
Powers your metadata-rich media processing, storage, exploitation and dissemination operations. Integrates seamlessly with other MMS software and can be used on its own or in conjunction with other media processing, storage and exploitation systems.
MMS Licensed Feature Options
Our baseline suite can be supplemented with additional TacitView and Catalina licensed features to meet your needs.
Our Tungsten media toolkit is ideal for the Bar requirements companies and platforms that demand flexible, superior, real-time digital media solutions.
Insitu Pacific’s Uncrewed Next-gen Sensors Demonstrated at U.S. Army Exercise
Insitu Pacific demonstrated next generation sensor capabilities and autonomous technologies in California as part of the U.S. Army’s Project Convergence 2022 late last year.
Insitu Sets Company Record for Longest Flight at 25.5 hours with its Integrator Uncrewed Aircraft System
Insitu, A Boeing Company, recently set a company record for the longest duration flight with a 25.5-hour sortie with its Integrator Uncrewed Aircraft System (UAS) on an operational mission.
Insitu Sets Company Record for Longest Flight at 25.5 hours with its Integrator Uncrewed Aircraft System
Insitu, A Boeing Company, recently set a company record for the longest duration flight with a 25.5-hour sortie with its Integrator Uncrewed Aircraft System (UAS) on an operational mission.
