RMUS Optical Gas Imaging Drone®

US Made Heavy Lift Drone

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RMUS Optical Gas Imaging Drone® - U.S. Made

Product Description

Built on the Watts Innovations PRISM X8 airframe, the RMUS Optical Gas Imaging Drone (U.S. Made) features the ICI OGI Inspector/Inspector Plus payload that is specifically engineered for the oil and gas industry. The highly flexible PRISM X8 platform has no geofencing restrictions and is an ideal solution for individuals and entities that cannot utilize Chinese-made UAS. The RMUS Optical Gas Imaging Drone (U.S. Made) package includes the following items but can be customized to your exact specifications and needs.

  • Watts Innovations PRISM X8 aircraft
  • EchoSky Mobile ground control station with charger
  • SKB Travel Case with custom foam
  • Eight (8) high capacity 16,000mAh batteries
  • Battery charger
  • ICI OGI Inspector or OGI Inspector Plus payload and software
  • RMUS configuration and calibration
  • RMUS payload integration and testing
  • Training class for Watts Innovations PRISM and ICI OGI Inspector/OGI Inspector Plus payload and software

Please call for price quote: 800-793-3548


Product Specs

Features

The U.S.-made Watts Innovations PRISM platform can be flown in either a traditional quadcopter or coaxial X8 configuration, giving it a payload capability of up to twenty-five (25) pounds. The platform includes a patent-pending Propulsion ID technology so that it can detect and automatically configure the autopilot for flight no matter what kind of propulsion system is installed.


The PRISM’s foldable design fits easily into the included hard case for quick deployments. Each arm can be removed by adjusting only two bolts, allowing for the Remote Pilot(s) to easily switch between X8/quadcopter configurations or to swap out damaged arms. The PRISM also includes a high definition FPV camera and is designed, manufactured, assembled, and supported in the USA.


The ICI OGI Inspector and OGI Inspector Plus pair the Mirage HC optical gas imaging (OGI) camera, used in locating hydrocarbon-based fugitive emissions, with the Sony R10C high-res camera, which provides asset identification and visual inspection capability.


An additional Tunable Diode Laser Absorption Spectrometer (TDLAS), tuned specifically to the spectral absorption of methane, is included with the OGI Inspector Plus payload package, delivering methane identification and concentration data in real-time.


This complete package is a game changer for the oil & gas industry as they learn to comply with the EPA’s OOOOa (“Quad Oa”) inspection requirements for upstream assets.

Quadcopter Specifications

Aircraft Weight: (Airframe only, no batteries): 20.3lbs

Aircraft Wheelbase: 1100mm (from motor to motor diagonally)

Maximum Payload Capability: 25lbs

Maximum All Up Aircraft Weight: 55lbs

Battery Requirements: 2x 12s 8,000 mAh – 16,000mAh

Flight Time: 12 – 40 Minutes (Depending on Battery & Payload Configuration)

Max Tested Speed: 60 mph

Power System: Tmotor U8II with 28” Propeller

Control: EchoSky Mobile

Guidance: Pixhawk 2.1 Orange Cube

RTK: Aircraft RTK Integration Standard, Base Station Optional

Payload Specs

Detectable Gases


Benzene – 3.5 g / hr

Ethanol – 0.7 g / hr

Ethylbenzene – 1.5 g / hr

Heptane – 1.8 g / hr

Hexane – 1.7 g / hr

Isoprene – 8.1 g / hr

Toluene – 3.8 g / hr

Methanol – 3.8 g / hr

MEK – 3.5 g / hr

Pentane – 3.0 g / hr

Xylene – 1.9 g / hr

Butane – 0.4 g / hr

Ethane – 0.6 g / hr

Methane – 0.75 g / hr

Propane – 0.4 g / hr

Ethylene – 4.4 g / hr

Propylene – 2.9 g / hr

MIBK – 2.1 g / hr

Octane – 1.2 g / hr

1-Pentene – 5.6 g / hr

Mirage HC Specifications


Detector Array: Cooled MWIR InSb

Pixel Pitch: 15 µm

FOV: lens dependent

Measurement Distance: lens dependent

Pixel Resolution: 640 x 512

Spectral Band: 3.2 µm – 3.4 µm

Thermal Sensitivity (NETD): < 0.014 °C at 30 °C (14 mK)

Frame Rate: 30 Hz P-Series

Optional: 9 Hz S-Series

Dynamic Range: 8-bit or 14-bit

Temperature Range: -40 °C to 80 °C

High Temperature: 0 °C to 350 °C

Operation Range: -40 °C to 80 °C

Storage Range: -40 °C to 70 °C

Humidity: 5% to 95% non-condensing

Accuracy: ± 1 °C

Pixel Operability: > 99%

Shock / Vibration: 20 G / 5.8 G

Dimensions (without lens): 131 mm x 96 mm x 111 mm (L x W x H ± 0.5 mm)

Weight (without lens): < 765 g†

Power: 12 V

Interface: USB 2.0

Video: NTSC or PAL

Shutterless

Aluminum enclosure

TDLAS Specifications


Target Gas: Methane (CH4)

Detector Array: UFPA (VOx)

Measurement Range: 0 pmm.m to 40,000 pmm.m

Detection Distance: 0.5 m (1.6’) – 50 m (164’)*

Minimum Resolution: 1 ppm.m

Response Time: 0.5 seconds

Operating Pressure: 68 kPa – 115 kPa

Operation Range: -20 °C to 50 °C

Storage Range: -40 °C to 60 °C

Humidity: 98%

Dimensions: 39 mm x 45 mm x 45 mm (L x W x H +/- .5 mm)

Power: DC 4.2V – 5V, < 1 W

Weight (without lens): 664 g

Interface: USB 2.0

Communication Port: Uart 3.3 V TTL

Basic Tolerance: ± 10 % @ 1000 pmm.m

Mirage HC Specifications


Operation Modes:

Follow Mode

Lock Mode

Built-in, independent IMU module

Temperature Sensor

Gremsy Specialized Gimbal Drive Motors with Encoders

USB Connection

32-Bit high performance ARM microprocessor

S-Bus/Spektrum/PPM Receiver Supported

Working Current:

Static current: 300 mA (@12 V)

Dynamic current: 600 mA (@12 V)

Locked motor current: Max 3.5 A (@12 V)

Operating Temperature: 5 °F ~ 120 °F (-15 °C ~ 50 °C)

Weight: 1050 g

Gimbal Dimension: 288 mm x 179 mm x 236 mm

(L x D x H ± 0.5 mm)

Custom camera tray

Camera Tray Dimensions:

Maximum depth: 100 mm

Maximum height: 110 mm or 150 mm

Maximum width: 152 mm

Input Power: 12V to 52V

Powered USB hub

Connections:

Wifi

USB 2.0

CAN

UART

S-bus

Spektrum

PPM

PC Assistant Software Requirements:

Windows XP or above

Mac OS X 10.9 or above

Mobile Assistant Software Requirements:

iOS 7.1 or above

Android 4.3 or above

Maximum Payload: 1700 g

Angular Vibration Range: ± 0.02°

Maximum Controlled Rotation Speed:

Pan axis: 200°/s

Tilt axis: 100°/s

Roll axis: 30°/s

Mechanical Endpoint Range:

Pan axis control: 360°

Tilt axis control: +270° to -150°

Roll axis control: ± 110°

Controlled Rotation Range:

Pan axis control: 360°

Tilt axis control: +90° to -135°

Roll axis control: ± 4

† Payload Weight (without lens): 4037 g

ICI OGI Inspector and OGI Inspector Plus

The ICI OGI Inspector and OGI Inspector Plus pair the Mirage HC optical gas imaging (OGI) camera, used in locating hydrocarbon-based fugitive emissions, with the Sony R10C high-res camera, which provides asset identification and visual inspection capability.


An additional Tunable Diode Laser Absorption Spectrometer (TDLAS), tuned specifically to the spectral absorption of methane, can be bundled with the package, delivering methane identification and concentration data in real-time.


The combination of the OGI and TDLAS increases the efficiency in locating even the smallest of leaks, saving time and money.

This complete package is a game changer for the oil & gas industry as they learn to comply with the EPA’s OOOOa (“Quad Oa”) inspection requirements for upstream assets.


It also allows for unique inspection techniques to be developed for difficult to reach downstream assets.


As the EPA begins to allow optical gas imaging instead of sniffer based LDAR programs, thanks to proposed changes to the Method 21 Alternative Work Practice (AWP), this package will provide cost and time savings for the inspection of components that typically require scaffolding or rope access crews.

Watts Innovations PRISM

The Watts Innovations PRISM can be flown in either a traditional quadcopter or coaxial X8 configuration, giving it a payload capability of up to twenty-five (25) pounds. The platform includes a patent-pending Propulsion ID technology so that it can detect and automatically configure the autopilot for flight no matter what kind of propulsion system is installed.


The PRISM’s foldable design fits easily into the included hard case for quick deployments. Each arm can be removed by adjusting only two bolts, allowing for the Remote Pilot(s) to easily switch between X8/quadcopter configurations or to swap out damaged arms.


The PRISM’s integrated 12mm rail system gives operators the freedom to mount just about any

power source, isolation damper, accessory, or payload imaginable on either the top or the bottom of the aircraft with ease.


The PRISM is built around the powerful Cube Flight Controller, the world’s largest and most trusted open-source autopilot system on the market. Operators and organizations will enjoy the freedom of flying without the hassle of no-fly zones, altitude restrictions, or data tracking of any kind.


The PRISM also includes a high definition FPV camera and is designed, manufactured, assembled, and supported in the USA.


Watts Innovations PRISM at a glance

Max Flight time

45 min

Max Speed

60 mph

Maximum Payload Capability

25 lbs


RMUS 360 Solution

Certified Technicians

RMUS employs a team of certified technicians that oversee each PRISM build. They perform a highly detailed inspection, calibration and testing process on each PRISM package.

Ready-to-Deploy Package

RMUS leverages our experience in multiple industries to create “Ready-to-Deploy” packages that include all the necessary hardware, software, and auxiliary items for successful field operations.

Watts Prism Training Package

RMUS includes a two (2) day training class with every Watts Innovations PRISM package to ensure that our customers have a strong understanding of the platform and payload that they purchase. We can also tailor our training for mission-specific scenarios that are unique to your workflows.

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We offer the best prices and will price match. We offer significant discounts to law enforcement agencies, emergency service organizations, government entities, educational institutions and other qualified organizations.

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