Here's How The Ford Ranger Raptor's Fox Live Valve Shocks Work

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The Fox shocks are one of the main reasons the Raptor is so good off-road.

Earlier this year, Ford revealed the all-new Ranger Raptor with sophisticated Fox 2.5-inch Live Valve Bypass shocks, and now the brand has released a new video that takes a deep dive into the shocks, giving us a glimpse into how they contribute towards the Raptor's incredible off-roading prowess. This is the same sort of tech that helped pave the way to Ford's recent Baja 1000 victories.

The Blue Oval partnered with Fox to create an unrivaled driving experience. The Live Valve shocks adapt the damping performance according to the chosen drive mode, with each of the four semi-active shocks being controlled individually by a dedicated ECU.

Sensors on each wheel monitor the road surface hundreds of times and can make immediate adjustments, making the Ranger Raptor more responsive on the chosen terrain. The Ranger also adapts to your way of driving by monitoring things like steering, acceleration, and braking input, essentially tailoring itself to your needs.

2024 Ford Ranger Raptor Ford 2024 Ford Ranger Raptor Ford 2024 Ford Ranger Raptor Rear Angle View Ford 2024 Ford Ranger Raptor Ford
2024 Ford Ranger Raptor
2024 Ford Ranger Raptor
2024 Ford Ranger Raptor Rear Angle View
2024 Ford Ranger Raptor

The internal bypass design has several damping control zones. Here's how it works: shock fluid bypasses the piston via bleed holes on either side of the ride zone, increasing overall ride comfort. As the shock pushes past the ride zone - and towards the bottom out zone - shock fluid no longer passes through the bleed holes. This forces fluid into the main piston, increasing damping, which is essential when landing a particularly violent jump.

Once the piston returns to the top of the shock, the same thing happens to minimize the effects of topping out. Ford says this system and the Live Valve technology give the Range Raptor "race-level performance."

As mentioned, the hardcore Ranger adjusts the shocks according to the chosen drive mode. These include "Baja," "Normal," "Off-Road," "Rock Crawl," "Slippery," "Sport," and "Tow/Haul." Aside from shock absorber adjustment, the different modes also influence the transmission tuning, throttle response, traction control, and the engine.

2024 Ford Ranger Raptor Driving Front Angle Ford 2024 Ford Ranger Raptor Ford 2024 Ford Ranger Raptor Front View Driving Ford 2024 Ford Ranger Raptor Ford
2024 Ford Ranger Raptor Driving Front Angle
2024 Ford Ranger Raptor
2024 Ford Ranger Raptor Front View Driving
2024 Ford Ranger Raptor

The suspension itself comprises a coil-over setup at the front with piggyback reservoirs at the rear. Ford says this reduces heat build-up in the suspension. It's not just the shocks that have been beefed up, either. The Raptor receives upgraded suspension mounting points and rear shock brackets compared to the regular Ranger.

And unlike its predecessor - which was not sold in America - the new Raptor isn't powered by a weedy turbodiesel engine. Instead, it receives a 405-horsepower twin-turbo 3.0-liter V6 that sings through an active valve exhaust system.

It's not only the Ranger Raptor that receives unique suspension. The Bronco Raptor also comes equipped with Live Valve FOX 3.1 Internal Bypass Semi-Active Dampers, and so does the F-150 Raptor R revealed last year. It's great to see this technology trickling down to lesser models, allowing more people to enjoy the Raptor experience.

2024 Ford Ranger Raptor Ford Ford Ford Ford Ford
2024 Ford Ranger Raptor

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