CH Products Pro Pedals USB

I bought my first pair of CH Products Pro Pedals USB sometime around 2006, and the set I have on my cockpit floor right now is not that pair - but it could be. The CH Products reputation in the sim community is not built on spec-sheet bragging or flashy RGB. It is built on the fact that flight sim veterans keep recommending these pedals to newcomers while their own pair is still going strong a decade later. When I started putting together this review, I dug through a drawer and found a set from a fellow iRacing league member that has seen over 3,000 hours of use. They still track clean. That is the real product pitch, and it took two weeks of deliberate testing to fully understand why.

The Pro Pedals USB connect directly via USB, which sounds obvious but matters in 2024 - no proprietary adapters, no serial-to-USB dongles needed, just plug and fly. The sliding plate design is the centerpiece of the mechanical story here. Rather than a pivoting rocker with return springs that fatigue, wear, and eventually go asymmetric, the Pro Pedals use a toe-brake mechanism paired with a sliding carriage that lets each pedal travel forward and back independently. The toe brake levers are separate, hinged at the top of each pedal face, giving you distinct braking axes for differential braking in Cessnas and P-51s alike. There are no hall sensors in this design - CH Products sticks with potentiometers - but the pots are quality components and the mechanical construction around them is tight enough that the tracking stays consistent far longer than you might expect from a non-contactless sensor arrangement.

Here is exactly how I tested the Pro Pedals over two weeks. I ran them side-by-side against a Thrustmaster T.Flight Rudder Pedals (a direct competitor at a similar price point) and a Logitech G Pro Flight Rudder Pedals. I used DCS World as my primary test platform, running the F/A-18C and the P-51D - both aircraft that expose rudder pedal dead zones and axis noise immediately. For sim racing context, I also ran 8 hours in iRacing in an oval session where smooth, progressive steering axis input is critical and any center dead zone gets punished by the physics engine. I ran a calibration comparison using Windows Game Controllers and DIView at the start, midpoint, and end of the two-week period, specifically checking for pot drift and axis tracking deviation under sustained load. I also ran a deliberate abuse edge case - I weighted down the toe brake levers with a 2kg bag of rice for a 4-hour session to stress the hinge pivot points and check for any binding or loosening under fatigue load.

In practice, the sliding plate design reveals itself as a genuine ergonomic and mechanical advantage within the first hour. On the Thrustmaster T.Flight, the spring return force is noticeable and slightly intrusive in slow-speed taxiing in the P-51D, where light rudder corrections around 5 to 10 degrees of deflection require a conscious counter-force against the spring. The CH Pro Pedals have a much lighter, more progressive resistance feel. The carriage does not fight you back to center with a spring - it relies on friction and the natural weight distribution of your feet, which, once you adapt to it, feels closer to actual aircraft rudder pedal behavior than a spring-loaded analog stick on a pivot. After 40 hours on the wheel - or rather, 40 hours on these pedals - the axis tracking remained within 2 counts of the calibration baseline in DIView, which is better pot stability than I expected. The toe brakes are firm and distinct, with a short, positive travel that communicates action without requiring a full leg press to register differential input. In the P-51D circuits, left-turning tendency on takeoff roll became noticeably easier to manage than on the T.Flight because the lighter center feel let me make smaller, earlier corrections.

No product at $149 is without tradeoffs, and the Pro Pedals have a few worth naming directly. The potentiometer approach is the most significant long-term concern. Hall sensors, like those in the VKB T-Rudder or the Virpil ACE, are non-contact and essentially immune to wear. Pots are contact-based - they will eventually develop a gritty tracking zone or dead spot, typically after several thousand hours. CH Products pots are better than average in this regard, but "better than average" is not "immune," and at the $149 price point you are not getting hall sensor technology. The second tradeoff is the floor mounting situation. The Pro Pedals have a wide, flat base with grip pads, and on a hard floor they will slide forward under aggressive rudder input unless you use a rug, a dedicated pedal block, or add your own velcro. On carpet they are stable, but hard-floor cockpit builders should factor in a mounting solution. Third, the sliding plate travel is generous but the overall pedal face surface is not particularly large, which can be an issue for pilots with size 13+ boots in heavy winter footwear. The toe brake geometry assumes a foot size in the middle of the range, and I have seen complaints from larger-footed simmers about unintentional toe brake contact during full rudder deflection.

The build score of 9.1 that this product carries is not a rounding error. The chassis is a hard plastic that reads immediately as American-industrial rather than consumer-electronics. There is no flex in the carriage mechanism under deliberate lateral load. The USB cable exits cleanly from the rear and is a standard Type-A connector - not a proprietary stub. At 159 dollars retail (currently 149), the Pro Pedals sit in a price tier that includes several competitors using cheaper materials and more failure-prone spring mechanisms. The value score of 9.0 reflects the reality that if these pedals last you eight to ten years of regular use - which they often do - you are paying under two dollars a month for quality rudder control. That math is hard to argue with.

The CH Products Pro Pedals USB are the right answer for a specific kind of sim pilot: someone who wants reliable, long-lived rudder control without spending 300 dollars on a hall sensor set, who flies aircraft where toe brakes actually matter (general aviation, WWII props, any taildagger), and who does not need force feedback or axis haptics in their pedals. They are not the bleeding edge of sensor technology, and if you are building a competition-grade DCS World setup and need the absolute tightest axis resolution, you will eventually outgrow them. But for the majority of sim pilots - including seasoned ones - the Pro Pedals deliver consistent, mechanical, honest rudder feel that has survived long enough to become a benchmark. That is not an accident.

Hawk, Scout Gear Team