Description
ideaForge RYNO UAV Drone
RYNO is ideaForge’s micro category survey-grade drone designed and specialized for mapping applications. It is equipped with an advanced mapping payload and ideaForge’s state-of-the-art- PPK module to deliver superior results. Due to its high accuracy in mapping applications, it is the only micro category drone that has been approved by the Survey of India (SOI) towards the Swamitva Yojana, which is set to be one of the largest drone-powered mapping projects in the world. India is a vast and diverse country. Frigid mountainous regions, hot deserts, humid plains and wetlands with torrential rains, the country has regions that represent every weather pattern and terrain conditions. Proudly Made in India, RYNO UAV has been built to withstand these demanding conditions and deliver stellar performance.
RYNO UAV is our micro category survey-grade UAV. It is equipped with an advanced mapping payload and a state-of-the-art post processed kinematic (“PPK”) module. RYNO UAV can be used for mapping, land survey, mining area planning, construction and real estate.
Payload
Equipped with an advanced mapping payload and a state-of-the-art post processed kinematic (“PPK”) module.
PAYLOADS | OTHER EQUIPMENT
A powerful combo in and of itself is the mapping payload and PPK module. It provides never-before-seen accuracy that dominates its class. APS-C CMOS Sony Sensor, 20 Megapixel Camera, 64 GB of Expandable Storage
Real-world Outputs
RYNO’s standard output formats gives compatibility with your existing workflow.
Features
RYNO UAV is our micro category survey-grade UAV. It is equipped with an advanced mapping payload and a state-of-the-art post processed kinematic (“PPK”) module.
Specifications
Aerial Vahicle
| UAV Weight with battery and max. payload | <2 Kg |
|---|---|
| UAV Size with Propeller | <80 cm X 80 cm |
| Endurance (upto 1000m AMSL Take-Off) | 40 minutes with mapping payload (upto 1000m AMSL Takeoff) |
| Range of live transmission (LOS) | 4 km (un-obstructed & interference free) |
| Typical Cruise Speed | 10 m/s |
| Propulsion | Battery Powered Electric Propulsion |
| Maximum operating altitude (AGL) | 400m AGL (Above Ground Level) as per your country guidelines |
| Maximum launch altitude (AMSL) | 3000m AMSL (Above Mean Sea Level) |
| Functional Temperature Range | -10°C to +50°C |
| Dust & Drizzle Resistance | IP53 rated |
| Aural Signature | <40 Db @300 meters Slant Range |
| Wind Resistance | Up to 10m/s (36kmph or ~20knots) |
| Technical Life of UAV (Landings) | Up to 2000 flights |
| Launch & Recovery | Vertical Take-off and Landing without any manual assistance |
| Maximum space required for recovery | 25m x 25m open area |
| Autonomy | Take-off, Landing and Flight without using any R/C controller |
| Flight Modes | Altitude Hold Hover at a defined waypoint Waypoint Navigation (pre-defined as well as dynamically adjustable waypoints during flight) Remotely Piloted mode (RPV Mode) |
| Operating Crew | Minimum 1 |
| Deployment Time | <10 minutes |
| Packaging and Storage | Backpacks to carry all mission critical components |
| Failsafe features | Auto-Return to Home and Land on Communication Failure Auto-Return to Home and Land on Low Battery Multiple GPS on-board for redundancy Auto-Return to Home and Land on exceeding Wind limit of the system Auto-Return to Home and Land on Battery Imbalance Auto-Return to Home on High Temperature |
| Navigation Lights | Switchable (from GCS) |
Survey Antenna & Base Stations
| GNSS Grade | High accuracy L1 & L2 Frequency Band Enabled PPK |
|---|---|
| Base Station | . – High accuracy L1 & L2 Frequency Band . – IP53 enclosure |
Mapping Performance at 120m AGL
| Ground Sampling Distance (GSD) | <3 cm |
|---|---|
| Absolute X, Y accuracy | <10 cm (with 95% confidence interval) |
| Absolute Z accuracy | <20 cm (with 95% confidence interval) |
| Area coverage (under ideal conditions and iF SOPs followed) | Minimum 1 sq km at 120 m AGL with 80/60 overlap* Minimum 0.6 sq km at 60 m AGL with 80/60 overlap* |
| Onboard Storage | Minimum 64 GB or more (Expandable) |
Ground Control Station
| 3D Maps | Switchable between 2D/3D map views, capability to tilt/rotate 3D map as per user input |
|---|---|
| GUI Display parameters | Geographic Map along with UAV location, UAV trajectory, camera view polygon, waypoints and flight plan Real-time telemetry displayed at all times during the flight Artificial Horizon indicating UAV attitude |
| Maps | Capability of working with open-source maps. Application has the capability to download maps automatically after specifying location GPS co-ordinates 2D Maps: Capability to integrate geo-referenced raster maps provided in at least one of the commonly used digital map formats (eg. GIF TIFF) as well as shape file (.shp) 3D Maps: Capability to integrate SRTM and DTED based elevation data |
| Terrain Avoidance | Detects and avoids natural terrain by using elevation data (where available) |
| Free Hand Annotation | Capability to annotate a desired location on the map screen |
| User Controls | Take-off/Land without any manual assistance Set altitude of the UAV Waypoint navigation Dynamic flight plan adjustment RPV Mode which allows UAV to be flown using Joystick using semi autonomous/manual mode |
| Joystick Controls | UAV Pan control RPV mode Altitude control |
| Pre-flight checks | Capability to perform pre-flight checks of the complete system before every flight for confirming the suitability of flightworthiness |
| Others | Essential telemetry data logging Export of flight path in .kml format for reviewing in Google Earth |
| Geo Tagging | NA |
Recommended
| Type | Laptop or Tablet |
|---|---|
| Screen Size | Min. 10″ diagonal |
| Functional Temperature Range | -10°C to +55°C |
| GCS Controller Battery back-up | Atleast 2 full endurance flight without spare battery |
| IP Rating | IP65 |
Communication
| Communication link capabilities | Transmit control commands from GCS to UAV Transmit telemetry data from UAV GCS NA Secure Communication link between UAV and GCS with 128-bit AES encryption Digital and Encrypted |
|---|---|
| Auto Tracking Comm Box | Auto tracking directional antenna |
| Frequency Band | 2.4GHz or 5GHz (depending on application) |
DGCA Compliance
| GNSS for horizontal and vertical position fixing | In-built dual, redundant GNSS module in the UAV |
|---|---|
| Autonomous Flight Termination System or Return Home option | Return home triggered by land command on various fail safe features |
| Flashing anti-collision strobe lights | In-built navigation light on the UAV |
| RFID and GSM SIM Card/ NPNT compliant for AP based real time tracking | In-built GSM based GPS tracker NPNT capable in-built avionics |
| Fire resistant identification plate inscribed with UIN | Fire resistant UIN label on the UAV |
| Flight controller with flight data logging capability | As per DigitalSky RFM specifications |
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