Fummins APPS Pedal Module: The Digital Standard
Stop fighting your throttle. If you are tired of the "old school" approach to Cummins swaps that relies on bulky, mechanical brackets and heavy return springs, this is your solution.
The Fummins Tuning APPS Module is a 100% digital, solid-state system engineered to eliminate the "heavy pedal" and binding issues common with mechanical linkages.
Why Digital Beats Mechanical:
Better Performance for Less Money: Why pay a premium for a bracket that uses 1990s technology? Our digital solution is more affordable, more reliable, and offers a far easier setup.
Proper, Good Custom Tuning: Unlike mechanical setups that provide inconsistent signals, our module is designed to work 100% with high-end custom tuning. It provides the clean, linear data your ECM needs to deliver perfect throttle response.
Zero Driver Fatigue: Mechanical brackets require heavy springs to overcome linkage friction, leading to a "heavy" pedal and leg ache. Our module maintains a factory-light Ford pedal feel—perfect for long hauls.
Feature | Fummins Digital Module | The Mechanical Bracket |
Total Cost | Lower | High (Overpriced) |
Install Time | 15-30 Mins (Plug & Play) | 2-4 Hours (Drilling/Aligning) |
Pedal Feel | Factory Light & Smooth | Heavy & Fatiguing |
Cruise Control | Integrated / Digital | Requires $200+ in extra parts |
Engine Bay | Clean & Electronic | Cluttered with cables/springs |
Integrated Cruise Control: This is where the savings really add up. Mechanical brackets require expensive "helper" modules, secondary cables, and extra wiring just to get cruise control back. Our module handles the logic digitally—no extra mess, no extra cost.
Proven Reliability: We’ve solved the "digital failure" myth. This module features proprietary internal wiring changes that "harden" the sensor against signal noise. I’ve used this exact setup in my daily drivers for 7+ years without a single bind or jam.
Fummins Apps Pedal Module Ford to Cummins
The Data Doesn't Lie: 15% Power Loss Found
This is a real-world data log from a customer running a mechanical throttle bracket assembly. If you look at the TPS (%) and Accel D (%) readings, you’ll see the failure point: 85.5% maximum throttle position. Even with the pedal pushed to the floor, the mechanical design is physically incapable of achieving a full 100% signal.
The Power Bottleneck: By capping out at 85%, you are leaving significant power and torque on the table. No amount of "good custom tuning" can fix a mechanical linkage that physically won't reach the target.
The "Clunky" Factor: You can see in the graph how inconsistent the signal is. Mechanical pivots and cables introduce "slop" and binding, preventing the smooth, linear sweep required for modern engine management.
Outdated Engineering: This log is the perfect example of why mechanical brackets are a step backward. They are bulky, prone to failure, and, as proven here, they simply don’t work
as advertised.
The Digital Solution
Our Fummins APPS Pedal Module is 100% digital. Because there are no physical linkages to bind or stretch, it delivers a perfect 0–100% sweep every single time.
Stop guessing and start logging. If you want a truck that actually hits the numbers your tuner is calling for, you need a digital signal that can keep up.
