The Czech customer Liaz asked for our assistance and we at Pegasus Actuators are now serving another most promising European uav project with our servo actuators.
The SkySpotter 150 VTOL UAV is a fully autonomous and independently operating unmanned helicopter system, providing multiple advantages such as:
With the investment into a 3-axis milling machine with optional 4th axis as well as hiring highly trained and experienced personnel Pegasus Actuators now has the possiblities to enhances its in-house production capabilities and gain more freedom for individualized customer solutions of our products. The new possibilities of shortening the development time from an early sketch to the final product using methods from rapid prototyping with 3D-printers to CNC-machining unfold a whole new era of development and manufacturing to our engineers to raise the bar for benchmark actuators made in Germany.
Shortly after, the LFMT made a breakthrough by initiating two new, UAV-design related projects: The DELAER RX-3 and the MPU RX-4. The RX-3 is a tactical UAV that will be able to cover large-scale surveillance missions and swiftly deliver 50kg of useful payload via airdrop in times of crisis or rescue missions, whereas the RX-4 is a micro, versatile UAV that will be able to cover surveillance-related missions at almost any terrain using its novel VTOL and hovering capabilities.
The three robotic unmanned airborne systems, RX-1, RX-3 and RX-4, were presented at the Thessaloniki International Fairs (TIFs) that took place in 2016, 2018 and 2019, respectively.
Pegasus Actuators supplied the control surface actuators for those systems.
Professor Kyros Yakinthos, Director, Laboratory of Fluid Mechanics & Turbomachinery Department of Mechanical Engineering, Aristotle University of Thessaloniki had this to say about us: "Thank you guys! I really appreciate your support and your will to help us!"
Pegasus Actuators GmbH supplies redundant servo actuators to the Technical University of Darmstadt, Flight Systems and Control Technology for the SiFliegeR aerospace research program of the Federal Ministry of Economics and Energy.
The company owns and controls various intellectual properties and, in additionally to the aircraft offers rights for system components, such as engine and autopilot. The aircraft are available as optional piloted (OPS) or unmanned (UAS) versions. Depending on the payload, the aircraft are used for scientific and surveillance tasks.
"Watch the Elektra Two Solar optionally piloted air vehicle and its autonomous take off, way-point flight and landing, all controlled by our PA-RR-340 type Redundant Actuators featuring the additional Pegasus RA-4 type OPV clutch assembly"
Pegasus supports the "FVA" i.e. Aviation Association of the technical university Aachen and their FVA 29 project with PA-R-250-8 servo actuators. The project comprises the development and integration of a retractable propeller / electro motor / assembly and a battery unit into a ASW 28-18 glider aircraft.
Pegasus Actuators manufacturers DO 178/254 complying, certifiable UAV servo actuators.
Setting World Endurance Record.
Our customer Vanilla Aircraft proves to be Anything but Plain.
The diesel powered unmanned airplane VA001 pushes the envelope for low-cost, long-range persistent flight.
"They present small form factor, high dependability implementing safety functions such as overload protection, high grade interface using RS485 data protocol, differential position feedback and high ingress protection rate at IP67 level."
"That is why DSDI has chosen Pegasus to equip their UAV product range with their latest technology."
Since early 2014 we are in contact with Aero Composites Innovations, a UAV manufacturer of some extremely promising designs like the R2 UAV product range!
President M.François Varigas has this to say about our product: "We have chosen them for their high quality (made in Germany) and their exceptional service life"
Until the legs can be tested on a full-size helicopter, Georgia Tech is perfecting them on their GT- Rotor BUZZ, a large unmanned helicopter. Here it demonstrates a landing that would be completely impossible for conventional helicopters.
These legs operate independently of each other, and each one has an embedded distance sensor to measure how near it is to the ground. They automatically put themselves in the perfect position to make a smooth, level landing every time. When not in use, the legs fold up and out of the way.
The control actuation of the vehicle has exclusively been supplied by Pegasus Actuators GmbH.
All aerodynamic surfaces of the Vanilla ULE unmanned aircraft are controlled by Pegasus PA-R-250-8 and PA-R-205-4 type actuators.
Falls Church, Virginia, March 2, 2015. On February 25, the VA001 Unmanned Aircraft System successfully completed it´s maiden flight. The 36-ft wingspan Ultra-Long Endurance (ULE) aircraft has been designed to fly missions of up to 10 days. The aircraft (N240HR) launched carrying an 18-lb simulated payload and sufficient fuel for a 24-hour flight. Powered by an efficient heavy-fuel engine, the UAS flew autonomously under a Certificate of Authorization (COA) in the national airspace at altitudes up to 6000 feet MSL before landing, meeting all test objectives. “Today, the team’s hard work really paid off – the airplane flew beautifully and showed all the performance we expected. This maiden flight test provided validation of the VA001 design and its remarkable capabilities.” stated Neil Boertlein, co-founder and Chief Engineer for the VA001.
We combined two PA-R-340-9-R-24-C type actuators with our unique pc-board arrangement and two magnetic clutches. The result is a redundant actuator assembly that can optionally be engaged or disengaged by the pilot in order to operate the aircraft either as a uav or conventionally piloted.
The entire development, design, realization, assembly and testing was performed by Pegasus Actuators GmbH within a time frame of 4 months from date of purchase order to shipping date!
Chief engineer Rupert de Salis presents the CGE Wind-e20 vertical axis wind turbine design.
Watch the video and find out more about this interesting project.
Airbrakes have been incorporated to adjust the speed of rotation. The video shows the Pegasus-PA-R-340 type actuators operating the airbrake flaps.
Since 2007 our customer Swiss AG trusts in our Pegasus PA-R-205-4 servo actuators to control their Neo S-300 VTOL UAV, consequently they decided for our PA-R-205-6 type actuators in their latest Neo-350 VTOL UAV.
This scaled model (1/2.2) is evaluating the flight dynamics, there are plans for rocket launches to take place in a specialized facility by the full version. It is fully autonomous apart from the take-off and landing and it operates within a 30km range. The demonstrator has a wingspan of 6,7 m, a weight of 100 kg and a payload of 50 kg. It can fly up to 8000 m (~26k ft) with maximum speed of 0.6 mach. It can drop its payload at 4km while flying at 0.2 mach. The demonstrator aircraft in the pictures has been designed and manufactured by well known french aerospace contractor Aviation Design (http://www.aviation-design.fr) Eole is propelled by two AMT Titan turbojet engines. All control actuators have been supplied by Pegasus Actuators Gmbh, manufacturer of high reliability industrial servo actuators.
For contolling the gentle giant they rely on 7 units of our Pegasus PA-R-340-7-C-24-A-180-30 servo actuators which handle the required torque of 7 - 12 Nm to operate the aerodynamic surfaces without effort.
The Emcotec company designed a customised power supply on aviation industry safety level.
"We will perform several demonstrations like aerodrome circling flights during international flight shows..............no aerobatics – just for the fun of it", says Uwe Grevsmühl.
We at Pegasus say "Break a leg" and we keep fingers crossed for the two likeable aviators.
Pegasus actuators play an essential part in this demanding project.
Phoenix is a unique combination of extreme flight duration and stratospheric operating altitude with no regulations limiting the flight route. These capabilities turn UAV into a compelling flexible complement to existing satellite, aerial, terrestrial assets for data acquisition.
Senior Research Engineer Mr. Jeong Hur demonstrates the PA-R-205-6 type servo actuator installation inside the Rotor Buzz VTOL UAV airframe during AUVSI unmanned systems convention 2011 in Washington DC.
QinetiQ has filed for three world records for Zephyr, its solar powered high-altitude long endurance (HALE) Unmanned Air System (UAS), with the Federation Aeronautique Internationale (FAI), subject to ratification for achieving:
Like many notable international manufacturers of VTOL UAV´s SungWoo Engineering Co. Ltd. has chosen our rugged PA-R-205-6 equipped with the PA-ME - contact-less position sensor to control the main rotor swashplate, the tail rotor and the engine throttle-flap of their Remo-H C100 VTOL-UAV.
The Remo-H C100 VTOL-UAV is perfectly suitable for applications such as: green crop-dusting, prevention of epidemics, aerial manuring and seeding, crop-dusting on forests & golf courses, real-time monitoring of forest fire control, day&night surveillance of illegal fishing and smuggling, observation of red tides and power-line towers.
UAV - Specifications: