Honeycomb Aeronautical is excited to announce the launch of pre-orders for the highly anticipated Charlie Rudder Pedals, the latest addition to its line of high-performance flight simulation equipment.
The Charlie Rudder Pedals are designed to provide pilots with the most realistic and immersive flight
experience possible.
Featuring a durable aluminium construction and all new innovative belt drive system, the pedals provide a revolutionary experience when it comes to feeling connected to the aircraft’s flight controls. Using the latest generation of magnetic Hall Effect sensors, the pedals have more precise coordination in flight and minimize over correction and are fully adjustable to fit any pilot’s needs. With the high friction surface strips and deployable carpet spikes included, unwanted slipping will be a thing of the
past.
Complimenting Honeycombs current products, the Alpha Flight Controls XPC and Bravo Throttle
Quadrant, the Charlie Rudder Pedals are compatible with PC & MAC as well as Xbox Series X|S when
using the Alpha Flight Controls XPC and Honeycomb Xbox Hub.
“We are thrilled to finally offer the Charlie Rudder Pedals to our customers,” said Nicki Repenning, CEO
of Honeycomb Aeronautical. “These pedals are the result of extensive research and development and are
sure to take flight simulation to the next level. We can’t wait for pilots and simmers to experience the
realism and precision that these pedals bring.”
Pre-orders for the Charlie Rudder Pedals are now open and can be placed exclusively on flyhoneycomb.com for $349.99 with shipping for USA customers only and delivery set for June 30 th . For
our EU and global customers, delivery will be available on August 30 th and can be purchased through our global retailer network.
For more information on the Charlie Rudder Pedals and other products from Honeycomb Aeronautical,
please visit the website at flyhoneycomb.com or contact us at info@flyhoneycomb.com.
For European and UK customers, you can visit for example Aerosoft and place your pre-order here.