Volz Servos

Achieving FAA or EASA certification is not just about the aircraft - it’s about every single component. That’s why at Volz Servos, we are proud to deliver electromechanical actuators that meet the rigorous standards required for certified aerial vehicles. We take pride in our ability to navigate the complex, multi-year certification process, producing the test reports, design reviews, and evidences required by regulatory bodies. This isn’t just about meeting standards - it’s about setting them. Whether for transporting passengers or enabling advanced surveillance, we provide the technology and expertise to support the next generation of aviation. Want to learn more about the certification process and our role in these innovations? Check out the Inside Unmanned Systems article linked in the comments below.

Meet Felix Thun and Benjamin Altenstein at #AeroIndia from February 10-14 in Bangalore to discuss our cutting-edge actuator technology.

A few weeks ago we had the opportunity to make a meaningful contribution to protecting our environment. Preserving our forests is not something we can leave to others - it’s a responsibility we are committed to taking on ourselves. For us, this means not only fostering awareness about forest conservation in everyday life but also providing younger generations with practical experiences that help them value nature. When we talk about an ecologically sustainable future, it is vital to focus on those who will inherit it: our children. We are especially proud to have partnered with Waldfreunde gGmbH and their managing to plant a total of 2,000 trees - a project we were delighted to sponsor. On that day, 40 children joined the effort, not only learning about the invaluable forest ecosystem but also having a lot of fun in the process. Their enthusiasm and curiosity were truly inspiring! A heartfelt thank you to everyone who made this initiative possible. Together, we can make a real impact on regional environmental protection and created lasting memories for the next generation.

We have signed a production agreement with BETA TECHNOLOGIES as their electromechanical actuator partner for the ALIA project! We have thus positioned ourselves to support BETA for the foreseeable future, as we will complete our EN 9100 certification in 2025. This means that we are generally well positioned as an aviation supplier for the coming decades ???? “We have added to our maintenance and aftermarket team to provide world class services including round-the-clock service that can deliver new servos anywhere in the world within the shortest possible time in the event of an AOG, Aircraft on Ground”, explains our CEO Phillipp Volz. Talon V., BETA’s Head of Supply Chain, adds: “It’s a new chapter for BETA as we approach market delivery, and one that we couldn’t reach without partners like Volz. [...] We’re glad to have such supportive partners that can help us meet customers’ needs in the immediate, while building capabilities for an autonomous future."

We are delighted to be playing our part in helping Airbus UpNext to develop the next generation of aircraft wings with customized actuators. Herefore we are supporting Airbus' technology accelerator UpNext with specially adapted servos for the eXtra Performance Wings (X-Wing) project. Volz is supplying a larger quantity of different actuators, which have been tailored for use in the research and development project. The wing design is currently being adapted to a Cessna Citation VII business jet platform with a wingspan of 16 meters (or 52 feet), representing a one-third scale model of the final design. The X-Wing project forms part of the Wing Research program, which is run by Airbus UpNext. To reduce aerodynamic drag, fuel consumption and emissions, the new longer and thinner wings are equipped with foldable tips and a variety of additional flaps, which enable them to act similarly to bird's wings with feathers. The objective is to develop aircraft wings that can automatically adapt to the current flight conditions, utilizing a variety of sensors to register changes in turbulence and activate the necessary adjustments to the control surfaces. "We are thrilled to be involved in this pioneering research project. That UpNext has selected our actuators to conduct this crucial initial test with the Cessna platform demonstrates the confidence Airbus has in the reliability of our servos", says CEO Phillipp Volz. Presenting X-Wing: https://lnkd.in/eAwUmZ93 Photos: Airbus

We’re truly proud of this success story: Griffon Aerospace, the cutting-edge aerospace systems business since 1995, trusts on Volz Servos for the highest reliability when it matters most. Griffon Aerospace?has chosen our actuators for the steering surfaces and rotor tilt of its revolutionary hybrid-electric Valiant reconnaissance and surveillance UAV. The autonomous VTOL UAV Valiant stays precisely on course, thanks to our Volz actuators at the control surfaces. A customized low-profile Volz servo ensures that the tilt mechanism switches reliably from vertical take-off to cruise flight and back to vertical operation for a perfect pinpoint landing. Griffon's Valiant is designed to conduct a variety of missions in demanding and contested environments, from land and sea. "It's absolutely essential that these UAS react instantly to control commands and with absolute precision," says Phillipp Volz, CEO of Volz Servos. Find more information in this Unmanned Systems Technology article: https://lnkd.in/eZyRaEb9

Airbus Defence and Space has selected us as supplier for the high-end tactical UAS SIRTAP! "This reinforces our conviction that our unique skill combination of agility and experience, high quality and reliability and not least certifiability is convincing even for big aviation players.", says our CEO, Phillipp Volz. The SIRTAP system will offer a wide array of missions tailored to the operational needs of customers in both institutional and governmental markets, including day/night and maritime Intelligence, Surveillance, and Reconnaissance (ISR) missions. Read the full report here: https://lnkd.in/dzDHakTJ

Regulations and type approvals in #UAM and #AAM such as the #EASA Certified Specification CS23 and CS25 must be taken into account as early as possible! The "Certified Specifications" CS23 and CS25 of the EASA - European Union Aviation Safety Agency are essential regulations for the certification and construction of aircraft. While one (CS23) applies to smaller light #aircraft, typically those with a maximum take-off weight of less than 19,000 lbs, the other (CS25) applies to larger, commercially used aircraft, including passenger jets. What they both have in common: They define safety standards and set non-negotiable requirements for the construction, performance, design, maintenance, operation and environmental compatibility of flying objects. Understanding these regulations is crucial for the success of any aviation project. Wanna dive deeper into how regulations affect your projects and, most importantly, how to identify the right suppliers? Then download our free white paper "Challenging the sky without reinventing the wheel".

How UAVs contribute to more environmental protection When talking about uncrewed aviation, nature is perhaps not always the first thing that springs to mind. Nevertheless, in an incredible number of areas, especially ecological ones, aerial vehicles such as drones have the potential to help our planet. Not only for animals and nature, but also for us humans. Want examples? ?? Monitoring of large forest areas for early detection of illegal logging or fires ???Monitoring wildlife in their natural habitat and identifying poachers to protect endangered species ???? Precise delivery of information on the condition of crops, which optimizes the use of fertilizers and pesticides and thus reduces the environmental impact ?? Inspection and maintenance of wind turbines and solar fields to increase their efficiency and extend their service life ?? Monitoring of environmental spills, such as oil leaks or sewage spills ??? Creation of topographic maps and 3D models of landscapes that can be used for conservation projects and sustainable land use planning ?? Smaller delivery drones could reduce road traffic and therefore carbon emissions by being used for smaller shipments ?? With the ability to film from a bird's eye view, UAVs can provide stunning images and videos of natural areas that can be used to educate and raise awareness about environmental issues ?? After natural disasters, drones can quickly assess the damage and help deploy resources more efficiently ?????? Data collections in hard-to-reach areas to provide valuable information for environmental research What other examples can you think of?

Drone laws are constantly changing! ??? After all, technology is developing rapidly and new areas of application require continuous updates to ensure security. According to a report by Dentons on the state of regulation around the world, it is also evident how much economic potential there is: "Drones are a disruptive technology that accelerate new approaches and opportunities in a variety of industries. This new frontier has generated many ingenious new solutions to old problems and promises more for those willing to embrace the technology." At Volz we have targeted two of our main markets for you from this report: First, nations that are part of the European Union, and second, the United States of America. In the slideshow below we give you a comprehensive, but equally as brief as possible overview regarding the regulations for drone operation in ???? and ???? And if you are looking for a solution partner to equip your drones with certifiable actuators, we’re here! ??