Skip to main content

Honeywell forms dedicated drone unit

Products to be developed include a fly-by-wire autopilot system.
By David Arminas June 29, 2020 Read time: 2 mins
Up, up and away: Honeywell’s new drone unit takes off (photo © Darius Strazdas/Dreamstime)

Honeywell has set up a drone business unit to tap into the increasing demand for unmanned aerial systems and urban air mobility.

The company says that its Unmanned Aerial Systems unit will use Honeywell’s technology, software, services and certification expertise to meet customers’ needs in these markets. It will have its own engineering and sales resources.

The new unit will also act as a systems integrator for all other Honeywell products and services, explained Stéphane Fymat, vice president and general manager of the newly formed business.

Products and services to be developed include a fly-by-wire autopilot system that automatically ensures aircraft stability even if the pilot is “hands off” for extended periods of time. Detect-and-avoid algorithms will automatically fly an aircraft around oncoming traffic. Artificial intelligence software could track landing zones for precise vertical landings every time.

“Urban air mobility and unmanned aerial systems will play an increasing role in the future of aerospace, with potential applications in all-electric urban air taxi vehicles, hybrid-electric unmanned cargo drones, optionally piloted airplanes, delivery drones and everything in between,” said Mike Madsen, chief executive of Honeywell Aerospace.

“Honeywell has already contributed many technological advancements to these markets and is well positioned to continue growing our portfolio to meet customer needs and help shape the future of autonomous aviation and urban transport,” said Madsen.

Related Content

  • ERIC 2016: What shape the ‘Smart Road’?
    February 7, 2017
    Optimism about the future of highways worldwide abounded at the inaugural European Road Infrastructure Conference (ERIC) in Leeds, UK Around 500 delegates passed through the varied sessions during the three-day event at the Royal Armouries Museum in the northern English city of Leeds. They came away with many visions of what a motorway and road could look like. But what speakers at the event - co-organised by the Brussels-based European Union Road Federation (ERF) and the UK’s Road Safety Markings Ass
  • Caterpillar eyes better performance in 2015 amid stormy weather
    May 13, 2015
    Caterpillar vice president Paolo Fellin sums up the past year for the global equipment manufacturer and looks at the increasing importance of telematics and machine control. David Arminas reports from Caterpillar’s Demonstration and Learning Centre in Malaga, southern Spain First the good news. Despite the difficulties, especially of the financial markets, 2014 was “a record year for a lot of things” for global heavy equipment maker Caterpillar.Now the bad news. Hang onto your seats because despite some
  • Asphalt and bitumen - testing for performance
    February 29, 2012
    The stresses placed on modern asphalt and bitumen means that specialist equipment is essential to make sure performance specifications are met. As road traffic increases at a rapid pace and road safety becomes a priority issue, asphalt is put under increasingly higher stresses. For example, road surfaces are subject to compression, flexural tensions and tangential stresses: internal friction, depending on the aggregates, and the cohesion, guaranteed by bitumen's composition, are the two main properties whic
  • Machine and machine control innovations in concrete paving
    June 28, 2013
    Machine innovations and machine control advances are the latest news in the concrete paving sector - Mike Woof reports. While machine control systems were pioneered in the concrete paving market, continuous refinement of the technologies is offering major improvements for customers. Customers have a choice now of more than one supplier while the packages are said to be more user-friendly than before. And in addition, the systems themselves can be more closely integrated into the machines due to advances mad