THROTTLE CONTROLLERS > LINCOLN CONTINENTAL

Our Throttle Controller removes the built-in delay on your electronic accelerator pedal.
By eliminating this delay, your engine will respond a lot faster.
As a result, your car's Throttle will feel the same as a hard cable operated Throttle Body, found on older cars.
2 different modes: Sport and Economy mode.
Sport mode has 10 different levels / Economy mode has 8 different levels.
An easy to use knob to increase or decrease the Throttle response: The control knob allows you to switch between different modes and control the throttle response intensity.
Much easier than other competitors remotes with tiny buttons.
Plug and play, easy to install using the exact same OEM harness, only one single plug to connect.
Will not void your factory warranty.

Ref # TC-CON18A

How to install

Throttle controllers 2017 Lincoln Continental

A Throttle Controller specifically tuned for your 2017 to 2020 Lincoln Continental

Please specify which engine you have with your order

IN STOCK:

$ 199.00

$ 179.00

Customer Reviews Average Customer Review 0/5, Total Reviews: 0

Have any questions? Ask a specialist by calling Live Chat

Our Throttle Controller is very easy to install, it plugs in-line right on your Gas pedal harness, providing a huge improvement in throttle response, reaction time and your acceleration
This is applicable for both Manual and Automatics.
For naturally aspirated cars, you will have a more linear acceleration, a more precise and predictable.
More Control.
For Turbo / Supercharged vehicles, you will be able to reduce the Turbo Lag, improve the low and Mid-range performance.
Now comes as a standard option with one single Control Knob, not like the competition with hard to use digital buttons.
OEM plug and play wiring harness connectors for quick and easy installation.

Explanation of Throttle Response:

Throttle response is how fast it takes from the time you mash the accelerator pedal to the time the engine RPM rises and how fast it rises. Throttle response is all about the time delay in the control system which alters the air pressure in the inlet manifold. It's only the time delay between moving the driver's right foot and changing the amount of air available at the inlets.
A more responsive 400hp engine will outrun (other than top speed) a less responsive yet more powerful 450hp engine on the track assuming driver skills and vehicle suspension tire adhesion etcetera being equal in the same car every time.
When you open the throttle it responds by sucking in more air and adding more fuel. The power increase is caused because your RPM's rise. The faster your RPM's rise the faster your car can reach max power.
Cold air intakes / ported throttle bodies / ported intakes .... will all give some addittional maximum power but a Throttle Controller's biggest benefit is allowing the engine RPM to start sooner and rise faster which translates to reaching maximum power sooner which means the car will be accelerating faster.

How the Throttle Controller will affect your driving:

Daily Driving or at the Race Track:

All recent cars are equipped with a drive-by-wire system and the throttle response is affected badly by this and as most of us feel a noticeable delay when quickly changing the position of the gas pedal. The Throttle response delay / Lag is an intentional design on the "Drive by Wire system and the reasons are:

Decreasing emissions
Safety and drivability.
Comfort.
Fuel economy.

Driving Pleasure:

Throttle response plays a major role in driving pleasure, as this gives the driver more control over the vehicle's acceleration or deceleration. If you have a very precise throttle response, it will not only make your driving maneuvres a lot more predictible but makes you feel more comfortable pushing the car's limits on corners.
On a race track, while entering a corner, the requested power output is reduced since the vehicle is coasting or braking. After passing the corner, the driver will suddenly request more power to accelerate back to normal speeds. Faster throttle response allows a vehicle to regain its speed quicker after cornering. Drifting requires very precise and instant throttle response on a rear-wheel drive car, one wants to increase torque on the rear wheels at a precise moment in a corner to make it turn the car more in the direction of the road ahead past the corner, and make it stop at a precise moment or the car will spin out of control. No matter what the maximum engine power is, if the throttle response is slow, you will not be able to have control or do this maneuvre.