Ogar - unmanned flying multirotor system
OGAR is a world class unmanned multirotor system designed by Novelty RPAS company. This system was created on the basis of our 10 years experience in the field of design and operation of Remotely Piloted Aircraft Systems (RPAS).
The OGAR system is a tool for the most demanding users. The platform is constructed entirely of high tech carbon fiber composite materials in the process of vacuum forming, making it extremely durable. Ultra-light weight design with cutting edge electric motors provides a 15 kg maximum take-off weight (X4 configuration) and extended flight time (up to 70 minutes) compared to the majority of platforms available on the market. The features of the system, such as easy operation, durability, high level of autonomy and safety procedures, put it at the forefront of the professional market.
High quality and durability
Fully composite construction
Modular and versatile
Most operations done for you
High level of autonomy
Flight time 70 minutes
Crash avoidance system and emergency parachute
Payload up to 3 kg (X4)
Centimeter accuracy with GNSS RTK GPS/GLONASS module
Available in a close-knit team
Consultancy – Delivery – Training – Assistance – Warranty – Service – Upgrading
Remotely piloted aircraft system for Professionals equipped with a fully composite multirotor platform in four-propeller setup.
One of the key system features providing an extraordinary usefulness is its ability to carry out various tasks by fitting in replaceable modules.
The biggest advantage of multirotor platforms is the ability to perform vertical take-offs and landings, which makes the „Ogar” capable of accomplishing the mission even in difficult terrain. By equipping the system with autopilot and ground control station, the platform can perform the task completely automatically including take-offs and landings.
Ogar – The Polish Hound, a breed of hunting dog indigenous to Poland. The hounds with their gentle disposition are extremely durable and resistant, have a compact design and a firm footing. Their size and weight command respect. Although they often move away from the owner, they have a great sense of direction.
By equipping the system in GNSS RTK module drone can be auto-navigated with centimeter-level positioning accuracy.
Drone’s exceptional and unique design is reserved and protected with Registered Industrial Design EM 002673533-0001, which is the intellectual property of Novelty RPAS company.
Ogar with GeoScanner module (24 MP, 20 mmm) during 45 minutes flight can gather data of the following parameters for an orthophotomap in daylight.
|Ground Sampling Distance (GSD)||Altitude (AGL)||Area (O65%, S20%)||Area (O85%, S65%)|
|20 cm||1000 m||13,5 km2||5,7 km2|
|10 cm||500 m||7 km2||3 km2|
|5 cm||250 m||3,1 km2||1,4 km2|
|3 cm||140 m||1,8 km2||0,8 km2|
|2 cm||90 m||1,1 km2||0,5 km2|
|1 cm||40 m||0,5 km2||0,2 km2|
|0,5 cm||20 m||0,25 km2||0,04 km2|
O (overlap) – coverage in the flight line direction
S (sidelap) – coverage in the lateral direction
Featured modules offered with the OGAR system define its functions.
it allows creating accurate maps, orthophotomaps, 3D terrain models, performing measurements and taking remarkable aerial photographs
a functionality that allows conducting daylight observation
a module designed for conducting inspections and surveillance with the use of daylight and infrared camera
a module enabling the creation of plant health maps with the use of near-infrared (NIR) camera
a module enabling the creation of plant health maps with the use of multispectral camera (MCA)
a module designed for professional aerial video recording
a functionality allowing fast delivery by air, especially to hard-to-reach areas
a module designed for detection and measurement of air pollution level