Apollo Intensa Emozione Tuning Guide — Best Setup for FH6

Class Range: S2 - X | Base HP: 780 | Drivetrain: RWD | Weight: 1,250 kg | Best Class: S2

The Apollo Intensa Emozione — or IE, because even Italians get tired of saying that full name — is the most unhinged car I've ever tuned in FH6, and I've tuned a Rimac. It has a naturally aspirated 6.3L V12 that was literally built by a company that makes Ferrari's F1 engines. It revs past 9,000 RPM and makes a noise that I can only describe as what would happen if you gave a Formula 1 car anger management issues. The entire body is carbon fiber. The aero package looks like it was designed by someone who saw a Le Mans prototype and said "not aggressive enough." And at 1,250 kg with 780 horsepower, the power-to-weight ratio is in the realm of "are you sure this is legal."

Tuning the IE is an exercise in courage management, not car setup. The car has so much mechanical grip from the aero and chassis that it corners at speeds that feel physically impossible — you'll enter a turn at 280 km/h thinking "I'm about to die" and the IE will just... grip. And then grip some more. The problem is that when it finally does let go, it does so at speeds where your reaction time is measured in frames of animation. The aero stalls, the rear snaps, and you're spinning at 300 km/h before your brain registers that anything went wrong. The tuning goal for the IE is progressive, predictable breakaway — you want the car to communicate its limits long before it actually reaches them.

This is a track-only car in real life and it behaves exactly like one in FH6. The suspension is brutally stiff, the ground clearance is measured in millimeters, and the aero package generates enough downforce that you could theoretically drive it upside down above 250 km/h. It has no business being on a dirt road, and it's absolutely miserable on bumpy street circuits. But on a smooth racing circuit at S2 or X class? Nothing corners like an IE. Nothing.

Best Tuning Setups by Class

S2 is the sweet spot. At 780 hp and 9.8 handling, the IE is already one of the fastest cornering cars in the entire game. The V12 doesn't need upgrades — it's perfect from the factory. X class with 920 hp edges into "barely controllable" territory, but the handling maxes out at 10.0. If you can manage the power, the X-class IE sets lap times that borderline feel like cheating.

Tuning Parameters — The Detail Work

Tire Pressure

Front: 32.5 PSI, Rear: 31.5 PSI. The IE's extreme aero loads the tires far beyond what a normal car experiences. Higher pressures are necessary to prevent the tires from rolling over under sustained 2G+ cornering. Monitor temps carefully — the front tires will be the first to overheat because they handle both steering and braking at speeds that would make most cars disintegrate.

Gearing

Final drive: 3.50. The V12's power band starts at 4,500 RPM and screams to 9,000+, so the gearing needs to be long enough to use the engine's range. The 3.50 final gives 360 km/h top speed in S2 trim, which is enough for all but the fastest circuits. Adjust individual gears to keep the engine between 6,000 and 9,000 RPM through corners — you want to be right in the V12's sweet spot when you squeeze the throttle at the apex.

Alignment

Camber: -3.0 front, -2.4 rear. Extreme camber for extreme cornering loads. The front tires are working hardest during high-speed turns where the aero pushes the car into the pavement, and -3.0 degrees keeps the contact patch maximized. Toe: 0.0 front, 0.1 rear. Zero front toe because the steering is already razor-sharp. Caster: 7.5.

Anti-Roll Bars

Front: 36.0, Rear: 34.0. These are among the stiffest bar settings in this entire guide series, and they need to be. The IE's aero generates so much downforce that the body roll would be uncontrollable with softer bars. At 36/34 the car stays perfectly flat through 300+ km/h sweepers. If the track is bumpy, drop both by 2.0 to prevent the car from skipping over surface imperfections.

Springs

Front: 900 lb/in, Rear: 840 lb/in. These are proper racing spring rates for a car that generates over 1,000 kg of downforce at speed. The springs need to be this stiff to prevent the chassis from bottoming out under aero load. Ride height: minimum. The IE was designed to run millimeters from the ground — any higher and you lose the ground-effect aero efficiency.

Damping

Rebound: 10.0 front, 9.5 rear. Bump: 6.5 front, 6.0 rear. The extreme spring rates demand extreme damping to control the stored energy. The high rebound settings prevent the car from pogoing after bumps and curb strikes. On smooth tracks like the full circuit layouts, these settings are perfect. On anything with bumps or aggressive curbs, drop rebound by 1.5 — the car will be slightly less precise but much more forgiving.

Aero

The IE's aero package is extreme from the factory — massive front splitter, full underbody diffuser, and a rear wing the size of a dining table. Set the rear wing to maximum downforce. At 100% the IE generates enough rear grip to corner at speeds that will genuinely scare you. Front aero is fixed and massive. This car lives and dies by its downforce — above 200 km/h it feels like driving on rails, but below 100 km/h the mechanical grip drops off noticeably and the car feels loose. Drive accordingly: trust the aero in fast corners, be careful in slow ones.

Brakes

Balance: 50% front, Pressure: 120%. At the speeds the IE reaches, braking is almost more important than acceleration. The 50/50 balance reflects the fact that the rear aero keeps the rear tires loaded even under hard braking, so the rear brakes can do more work. Pressure at 120% is the maximum — this car needs every bit of stopping power it can get. Race brakes are factory standard.

Differential

Rear diff: Accel 75%, Decel 45%. The IE puts 780 hp through just the rear tires, and the diff needs to be aggressive to manage that power. Accel lock at 75% ensures both rear tires get power on exit without turning the car into a drift machine. Decel at 45% provides strong stability under trail braking — essential when you're braking from 350 km/h into a hairpin. If you're struggling with mid-corner understeer, try 70% accel. If the rear is too loose, go to 80%.

Best Race Types for the IE

Road racing: S-tier. On smooth circuits, the IE is untouchable through corners. The cornering speeds are so high that you'll gap almost anything, even cars with more power. Street scene: C-tier. The suspension is too stiff for bumpy public roads — you'll bounce off line constantly. Drag: A-tier. The V12 and low weight make it quick in a straight line despite RWD. Drift: D-tier. Too much grip, too much aero. Rally: F-tier. This car on dirt is a war crime.

Tuning Share Codes

The IE community is small and hardcore — these are people who care about tenths of a second on leaderboard times. Most builds are S2 circuit setups focused on maximizing cornering speed. Share your codes below. I'm especially looking for setups that make the car more progressive at the limit — the snap-oversteer problem is real and any solutions are welcome.

Common Tuning Mistakes

Soften the suspension for comfort. The IE's stiffness is not a tuning choice — it's a physical requirement. The aero pushes the car into the ground with over a ton of force at high speed. If you soften the springs, the chassis will bottom out on the straights and the downforce will become inconsistent. Accept the stiffness.

Too much rear wing. The IE already has fixed front aero and a massive diffuser. If you max the rear wing without adjusting the front aero (which is fixed), you'll have a massive aero imbalance with way more rear grip than front. The car will push wide in fast corners because the front can't keep up. Keep the wing at 85-90% for balanced aero.

Gearing it like a turbo car. The V12 is naturally aspirated and needs revs to make power. If you gear it long like a turbo build, you'll be below 4,500 RPM out of corners where the engine makes no torque. Keep the ratios tight and the revs high.

Driving it on dirt. Don't. Just don't. The IE has about 50mm of ground clearance and suspension that doesn't move. It will beach itself on the first pebble.

← Back to Tuning Guide | All Guides →