Standalone PRO rudder pedals for Boeing 737 style Flight Simulators, Captain side.
Adjustment crank with chain and pedal support trolley sliding back and forth, direction and number of turns required like the original
System assembled and tested in FSC laboratories with the assistance of 737 pilots
Breakers are dummy but identical to the originals
Made of aluminum using high quality electrical/electronic materials
Designed by studying the dimensions of the original components
Linkable to F.O. side
| Double spring and damper, double potentiometer |
In case of coupling with the pedalboard of the other side, double springs and dampers are supplied (one for each pedal) and double potentiometer to have the same behavior and response on the simulator for both sides |
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| Bodnar Joystick card |
USB interface board designed for use with flight simulators, driving simulators, and other custom game controls. It supports up to 32 buttons. It has 8 analog inputs for potentiometers (for example, for joystick axes). Compatible with Windows without the need for additional drivers, as it uses standard HID (Human Interface Device) drivers. The board is plug-and-play, so once connected via USB, it is automatically recognized by the operating system |
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| Joystick board included |
USB connection, Standard Joystick |
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| Boeing style gray painted |
RAL 7011, Professional anti-corrosion coating |
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| USB Connection |
All USB types are supported |
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| Upgradeable with control loading system |
The passive version can be motorized later |
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| Distance adjustment |
±75mm/span |
Exceptional reliability over time.
Pedals distance adjustment and dummy circuit breakers.
The entire mechanism is rail-mounted for AFT/FWD adjustment.
Chain conveyor mechanism for AFT/FWD adjustment.
Levers and pistons for force dampening.
The base of the Yoke fits perfectly with the space between the pedals.
A sturdy mechanism allows the connection of the two pedals.
the connection cable is supplied with the F.O. pedal.
It is possible to combine the pedals with our active control loading system.
Our many years of experience with pilots, as well as with the general public, in the intensive use of flight simulators led us to design and produce the B737 pedals, both on the captain's side and the first officer's side.
The primary characteristic of this construction is robustness: the forces applied to the pedals' flight controls can be very high, and the stress on the lever systems is certainly considerable. Given the high thrust capacity of the lower limbs, which can translate into hundreds of kilograms of applied force, we created a pedal assembly constructed from high-quality materials, used in a design in which every diameter and connection between mechanical parts and levers is designed to withstand any possible load.
The connection between the captain's and first officer's pedals is achieved via splined shafts and a very robust articulated bar. Furthermore, the mechanisms are designed to operate in pairs without varying the resulting load compared to single use.
The system is also highly stable and precise: thanks to the rigidity of the assembly, no play between the parts or mechanical deformation is possible. This level of solidity and mechanical precision, combined with the use of high-resolution potentiometers, has enabled flight control that provides extremely accurate response in the simulated aircraft.
The entire mechanism is also driven by a carriage, also extremely rigid and free of play, which, together with the extremely precise and stable chain transmission, allows for safe adjustment of the distance between the pedals and the pilot.
Damping, achieved through a system of springs and hydraulic pistons, ensures constant fluidity and a virtually perfect response, without compromising the correct return to zero.
The pedals guarantee a response equal to the originals and exceptional reliability over time.
We prepare our products for dispatch with care, to ensure they reach our customers in exactly the same condition as when they leave our premises.
We avoid generic packaging and work with specialist partners who create bespoke solutions for us for each product, using extremely robust, high-quality packaging materials.
Where necessary, we provide additional protection for individual components using heat-sealed, multi-layer internal barriers to ensure complete protection against moisture, temperature fluctuations and any extreme weather conditions.
