Quantum Systems

Trinity F90+

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The Trinity F90+ combines the convenient handling of a copter with the efficient aerodynamics and endurance of a fixed-wing UAS. The result is a mapping drone that meets the highest demands on efficiency, safety, delivering survey grade accuracy and versatile application possibilities. Its performance parameters combined with ease of operation and an unbeatable return of investment make the Trinity F90+ the ideal mapping drone for the professional user.

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Key Features
Specifications
Accessories
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VDO Overview
Gallery
Key Features
Specifications
Accessories
Use Cases
Contact Us
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Key Features

Key Features

Overall

- 90+ min flight time in combination with the widest range of payload options available - PPK including Quantum-System iBase Ground Reference Station powered by u-blox - RGB & multispectral (dual) payload options - Powerful motors for even more reserves in all situations - Live Air Traffic (ADS-B) & QBase Mission Planning - 2.4 GHz telemetry with up to 7.5 km range - Optional ADS-B Mode-S out

Key Features

Large area mapping for professionals. More survey data in less time.

Whether in the agricultural sector, in the mining business or when inspecting industrial plants and construction progress, more data can be recorded in a very short time than it was previously possible with conventional systems. The Trinity F90+ demonstrates its range advantage in comparison to classic multicopters and other fixed-wing drones due to the longer flight time and covers up to 20x larger areas. The larger the area to be covered, the more attractive the use of the Trinity F90+ will be.

Key Features

QBase3D – Intuitive Misson Planning

The mission planning software is the main interface between the user and the drone. QBase3D provides simple and intuitive planning in combination with advanced functionality for professional users.

Key Features

iBase

an entry level GNSS reference station. It automatically logs GNSS reference measurements on the ground to a file on a micro SD card. This file enables QBase3D to do PPK processing of the data collected in flight.
The whole system is supplied complete with all accessories for autonomous use.

Specifications

Wingspan
239.4 cm
Max. take-off weight
5 kg
Command and Control Range
7.5 km
Cruise speed
61.2 km/h
Max. wind resistance
43.2 km/h
Max. flight time
90 mins
Landing Type
Vertical
Operating temperature range
-12° to 50°C

Accessories

Oblique D2M
Quantum Systems
X
Quantum Systems

Oblique D2M

Five-lens RGB Camera
Quantum Systems

Oblique D2M

Five-lens RGB Camera

Overview

  • A powerful oblique imaging system consisting of five high-resolution multi-directional cameras, making it the ideal tool for large scale 3D photogrammetry.
  • A fast trigger interval along with custom high-speed storage provides class-leading time efficiency without compromising data quality.
  • The payload combines four oblique and one NADIR camera to capture complex geometries with ease. This ensures remarkable detail even on slanted surfaces and makes Oblique D2M destined for 3D mesh generation of high-rise areas, industrial environments, archaeological sites and alike.

Specification

  • GSD: 1.50 cm @100m AGL
  • Cameras: 1 x NADIR, 4 x oblique
  • Sensor resolution: 26 MP
  • Total resolution: 130 MP
  • Trigger interval: ≥ 0.8 seconds
  • Sensor type: CMOS
  • Sensor format: APS-C
  • Focal length: 25 mm NADIR, 35 mm (oblique)
  • Payload weight RTF: 833,7 g
  • Flight time: 60 minutes
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Sony RX1 RII
Quantum Systems
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Quantum Systems

Sony RX1 RII

RGB Camera
Quantum Systems

Sony RX1 RII

RGB Camera

Overview

  • Perfect blend of size, weight and DSLR-like image quality
  • Image detail and clarity in virtually all light conditions, allowing you to map for more hours per day than ever before.

Specification

  • Sensor Type: 35mm full frame (35.9x24.0mm), ExmorR CMOS sensor
  • Number of Effective Pixels: 42.4 megapixels
  • ISO Sensitivity (Still Image): IS0100-25600(1/3EV step)(expandable to ISO50/64/80/ 32000/40000/51200/64000/80000/102400),AUTO(ISO100-102400, selectable with upper / lower limit), Multi Frame NR: ISO100-102400(1EV step),AUTO(ISO100-102400, selectable with upper / lower limit)
  • Still Images: Monitor:Approx: 220 / Approx. 710min.,ViewFinder: Approx. 200 / Approx. 100min.
  • Weight (CIPA Compliant): Approx. 507g (1 lb 1.9 oz.)(Battery and Memory StickDuo included) / Approx. 480g (1 lb 0.9 oz. )(Body only)
  • Dimensions: 113.3 x 65.4 x 72.0mm

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Qube 240
Quantum Systems
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Quantum Systems

Qube 240

Geomatics grade LiDAR scanner
Quantum Systems

Qube 240

Geomatics grade LiDAR scanner

Overview

  • Providing essential information by generating an accurate point cloud of the processed environment through 240,000 distance measurements per second
  • Produces outstanding absolute accuracy that is achieved with the help of the integrated Applanix APX15 INS.
  • Generates precise 3D information about the shape of the earth and its surface characteristics.
  • LiDAR technology allows for mapping infrastructure and surveying large areas also at night.

Specification

  • Wavelength: 905 nm
  • Maximum altitude: 140 m AGL
  • Suggested altitude: 100 m AGL
  • Precision: 1.8 - 2.5 cm*
  • Accuracy: < 3 cm**
  • Scanner field of view: 70°
  • Shots per second: 240,000
  • Point density @100 m: 50 -100 points/m²
  • Multi-echo technology: up to 3 echoes per shot
  • Payload weight RTF: 948,7 g
  • Flight time: 60 minutes
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MicaSense RedEdge-P dual
AgEagle
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AgEagle

MicaSense RedEdge-P dual

High-resolution multispectral and RGB composite drone sensor with a Coastal blue band.
AgEagle

MicaSense RedEdge-P dual

High-resolution multispectral and RGB composite drone sensor with a Coastal blue band.

Overview

  • 10 multispectral bands at 1.6 MP each.
  • Pan-sharpening technology for spatial resolution of 2 cm / 0.8 in per pixel compared to satellites at ~10 m / 32 ft.
  • Coastal blue band for water vegetation analysis and weeds identification.
  • Double radiometric calibration with light sensor and calibration reflectance panel for reliable data in varying light conditions.
  • Global shutter on all 10 lenses for distortion-free image capture.
  • Narrow bands for enhanced data accuracy.• Fast capture rate: 3 raw DNG images per second.
  • Synchronized capture of all 10-bands, automatic triggering and geotagging of images for efficient flight times easy post-processing

Specification

  • Weight: 745 g / 26.2 oz (two sensors, mounting hardware, DLS, and cable)
  • Dimensions: 13.2 cm x 8.8 cm x 9.67 cm / 5.1 in x 3.1 in x 3.5 in
  • External Power: 7.0 V - 25.2 V
  • Power Input: 11/14.0/20W (standby, average, peak)
  • Sensor Resolution: 1456 x 1088 (1.6 MP per multispectral band), 2464 x 2056 (5.1 MP panchromatic band)
  • Spectral Bands: Coastal blue 444(28)*, Blue 475(32), Green 531(14)*, Green 560(27), Red 650(16)*, Red 668(14), Red Edge 705(10)*, Red Edge 717(12), Near-IR 740(18)*, Near-IR 842(57)
  • RGB Color Output: 5.1 MP* (global shutter, aligned with all bands) *with appropriate post-processing
  • Capture Rate: Up to 3 captures per second raw DNG - Capture rates vary based on write speed of USB storage device
  • Multispec GSD (per multispec band): 7.7 cm / 3 in per pixel at 120 m / ~400 ft AGL
  • Panchro & Pansharpened GSD: 3.98 cm / 1.5 in per pixel at 120 m / ~400 ft AGL
  • Interfaces: Three configurable GPIO: select from trigger input, PPS input, PPS output, and top of frame signals. Host virtual button. USB 2.0 port for WiFi. Serial. 10/100/1000 Ethernet.
  • Field of View: 50° HFOV x 38° VFOV (multispectral), 44° HFOV x 38° VFOV (panchromatic)
  • Storage: CFexpress card
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MicaSense RedEdge-P
AgEagle
X
AgEagle

MicaSense RedEdge-P

High-resolution RGB and multispectral sensor.
AgEagle

MicaSense RedEdge-P

High-resolution RGB and multispectral sensor.

Overview

  • High resolution panchromatic sensor
  • Five multispectral bands at 1.6 MP each
  • Fast capture rate
  • Global shutter
  • Calibrated multispectral imagery
  • Powerful AI capabilities
  • Compatible with a wide range of drones and processing software

Specification

  • Weight: 363 g / 12.8 oz. RedEdge-P + Wi-Fi + CFexpress card + DLS2 & cables
  • Dimensions: 8.9 cm x 7.0 cm x 6.7 cm / 3.5 in x 2.8 in x 2.6 in
  • External Power: 7.0 V - 25.2 V
  • Power Input: 5.5 / 7.0 / 10W (standby, average, peak)
  • Sensor Resolution: 1456 x 1088 (1.6 MP per MS band), 2464 x 2056 (5.1 MP panchromatic band)
  • Spectral Bands: Blue (475nm ±32nm), Green (560nm ±27nm), Red (668nm ±14nm), Red Edge (717nm ±12nm), NIR (842nm ±57nm)
  • RGB Color Output: 5.1 MP (global shutter, aligned with all bands) *with appropriate post-processing
  • Capture Rate: Up to 3 captures per second raw DNG - Capture rates vary based on write speed of USB storage device
  • Multispec GSD (per multispec band): 7.7 cm per pixel at 120m / 3 in per pixel at 400 ft
  • Panchro & Pansharpened GSD: 3.98 cm per pixel at 120m / 1.56 in per pixel at 400 ft
  • Interfaces: 3 configurable GPIO: select from trigger input, PPS input, PPS output, and top of frame signals. Host virtual button. USB 2.0 port for WiFi. Serial. 10/100/1000 Ethernet. CF Express for storage
  • Field of View: 50° HFOV x 38° VFOV (MS), 44° HFOV x 38° VFOV (PAN)
  • Storage: CFexpress card
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MicaSense Altum PT
AgEagle
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AgEagle

MicaSense Altum PT

Optimized 3-in-1 solution for advanced remote sensing and agricultural research.
AgEagle

MicaSense Altum PT

Optimized 3-in-1 solution for advanced remote sensing and agricultural research.

Overview

  • A five band synchronized thermal and multispectral sensor with panchromatic correction.
  • Seamlessly integrates a 12 MP high-resolution panchromatic sensor, a new thermal sensor that provides twice the ground resolution of the previous Altum, and five discrete spectral bands.
  • Its high-resolution makes it the perfect sensor for machine learning plant-level applications such as early-stage crop counting. It also features a global shutter for distortion-free results, open APIs, and a new storage device allowing up to 2 captures/second.
  • NDAA compliant.

Specification

  • Weight: 577 g / 20.35 oz. Altum-PT + Wi-Fi + CFexpress card + DLS2 & cables
  • Dimensions: 11.0 x 8.0 x 6.9 cm / 4.3 in x 3.1 in x 2.7 in
  • External Power: 7.0 V - 25.2 V
  • Power Input: 5.5 / 7.0 / 10W (standby, average, peak)
  • Sensor Resolution: 2064 x 1544 (3.2MP per MS band), 4112 x 3008 (12MP per PAN band), 320 × 256 thermal infrared
  • Spectral Bands: Blue (475nm ±32nm), Green (560nm ±27nm), Red (668nm ±14nm), Red Edge (717nm ±12nm), NIR (842nm ±57nm)
  • RGB Color Output: 12.4 MP (global shutter, aligned with all bands)
  • Capture Rate: Up to 2 capture per second raw DNG - Capture rates vary based on write speed of USB storage device and user configuration settings
  • Thermal: FLIR LWIR thermal infrared 7.5-13.5um radiometrically calibrated
  • Multispec GSD (per multispec band): 5.28 cm per pixel at 120 m / 2 in per pixel at 400 ft
  • Thermal GSD: 33.5 cm per pixel at 120 m / 13 in per pixel at 400 ft
  • Panchro & Pansharpened GSD: 2.49 cm per pixel at 120 m / 0.98 in per pixel at 400 ft
  • Interfaces: 3 configurable GPIO: select from trigger input, PPS input, PPS output, and top of frame signals. Host virtual button. USB 2.0 port for WiFi. Serial. 10/100/1000 Ethernet. CFexpress for storage
  • Field of View: 50° HFOV x 38° VFOV (multispectral), 46° HFOV x 35° VFOV (panchromatic), 48o x 39o (thermal)
  • Storage: CFexpress card
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Use Cases

See All 
Aerial Mapping
June 19, 2024
Disaster Prevention (Simulating tailings dam failure)
Rocketmine is a global drone data service provider, offering full turnkey drone solutions across continents for multiple sectors including mining, agriculture, engineering, renewables, security and medical.
Aerial Mapping
June 19, 2024
Environmental Research (Protecting Namibian megafauna and promoting sustainable land use with Trinity Pro)
The Kuzikus Mapping Project (KMP) is an innovative drone mapping initiative within Namibia's Kuzikus Wildlife Reserve (KWR). Its goal is to develop a monitoring tool for sustainable land use and biodiversity conservation in the semi-arid savanna.
Aerial Mapping
May 15, 2024
Large Area Mapping (Pelican nest counting)
Queen Bess Island is one of the most important pelican nesting grounds in the United States. After years of hurricanes, coastal erosion, land subsidence hastened by oil and gas extraction—and fouling in 2010 by the Deepwater Horizon oil spill- the largest oil spill in U.S. history, the island became so degraded that nesting pelicans were able to use only five of its 37 acres. A restoration process began in 2019, to preserve the island and its endangered brown pelican colonies.

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