Pedal Commander Throttle Response Controller
2016 Scion iA
PC41
Overview:
The Pedal Commander Bluetooth Throttle Response Controller is a precision-engineered device designed to eliminate throttle lag in your 2016 Scion iA. By optimizing the electronic signals between your accelerator pedal and the engine’s throttle body, it delivers a more immediate and responsive driving experience. This controller is ideal for drivers who want to enhance throttle sensitivity without modifying the engine or voiding their vehicle’s warranty.
Modern vehicles like the Scion iA use drive-by-wire technology, which can introduce a noticeable delay between pressing the gas pedal and the engine’s response. The Pedal Commander removes this delay, allowing your car to accelerate more quickly and smoothly, improving performance during everyday driving, merging, and overtaking maneuvers.
Key Features:
The Pedal Commander offers advanced control over throttle response with multiple customizable settings to suit your driving style and conditions:
- Four Adjustable Modes: Eco, City, Sport, and Sport+ modes provide tailored throttle sensitivity for fuel efficiency or spirited driving.
- Eight Sensitivity Levels per Mode: Fine-tune each mode’s responsiveness to match your preferences precisely.
- Bluetooth Connectivity: Easily switch between modes and adjust settings via the Pedal Commander smartphone app without needing to access the device physically.
- Plug & Play Installation: Connects directly to the stock throttle position sensor with an OEM-style connector—no cutting or permanent modifications required.
- Compatibility: Works seamlessly alongside popular aftermarket OBD-II programmers and monitors such as SCT, Diablosport, Hypertech, Superchips, Bully Dog, and Edge.
- Reversible & Warranty Friendly: Installation is 100% reversible, preserving your vehicle’s factory warranty.
- Certified Quality: CE and TUV certified for safety and reliability.
- 2-Year Warranty: Covers defects and malfunctions with free replacement within two years of purchase.
Construction & Design:
The Pedal Commander is built with high-quality electronic components housed in a compact, durable enclosure designed to withstand the automotive environment. Its OEM-style connectors ensure a secure and reliable connection to your vehicle’s throttle position sensor. The device’s firmware is engineered for precise signal processing, delivering consistent and repeatable throttle response improvements without compromising safety or drivability.
Performance & Sound
By eliminating the inherent delay in the drive-by-wire throttle system, the Pedal Commander significantly enhances throttle responsiveness. This results in quicker acceleration and a more engaging driving experience without altering engine output or exhaust sound. The device improves throttle feel, making your Scion iA more responsive to driver inputs, especially during critical driving situations such as merging or overtaking.
Installation & Fitment:
Installation is straightforward and requires no special tools or vehicle modifications. The Pedal Commander plugs directly into the throttle position sensor connector located on the electronic accelerator pedal assembly. This plug-and-play design ensures a clean installation that can be reversed at any time without leaving traces or affecting your vehicle’s warranty. The device is specifically calibrated for the 2016 Scion iA, guaranteeing perfect compatibility and optimal performance.
What's Included:
- Pedal Commander Bluetooth Throttle Response Controller (PC41)
- OEM-style plug-and-play connector cable
- User manual and installation guide
- Access to Pedal Commander smartphone app for Bluetooth control
Ideal For:
The Pedal Commander is perfect for Scion iA owners seeking a more responsive and enjoyable driving experience without engine modifications. It suits daily commuters who want improved throttle feel in city traffic, enthusiasts looking for sharper acceleration response, and anyone who desires customizable throttle control modes to adapt to different driving conditions.
