Nestled in the heart of Leicestershire, England, Donington Park is a historic and beloved motorsport venue that blends old-school charm with modern racing intensity. First opened in 1931, it was Britain’s original permanent park circuit and has hosted a wide array of premier events, from modern GT and Touring Car championships to the legendary 1993 European Grand Prix. Its unique location adjacent to East Midlands Airport provides a memorable backdrop for the on-track action.
The 4.020 km (2.498 miles), 12-turn Grand Prix circuit is a fan and driver favorite, renowned for its flowing, rollercoaster-like layout. The lap is a tale of two distinct halves: a fast, sweeping opening section that includes the breathtaking plunge through Craner Curves, followed by a series of tight, technical hairpins and chicanes that demand precision braking. This contrast between high-speed commitment and low-speed accuracy makes it a complete test of car and driver.
What makes Donington special is its natural rhythm and the challenge presented by its dramatic elevation changes, off-camber turns, and deceptively tricky braking zones. Nowhere is this more evident than the famous plunge through the Craner Curves, a high-speed sequence where drivers are tested by compressions and blind apexes. These features combine to create a circuit that rewards smooth, confident inputs and severely punishes any aggressive overdriving.
Mastering the track requires total respect and finesse, from navigating the infamous "Donington drop" to setting up a last-gasp overtake into the final chicane. This combination of raw speed and technical intricacy is why Donington Park remains a cherished venue for both competitors and spectators alike.
Location: Leicestershire, England
Time zone: GMT (UTC+0)
FIA Grade: 2
Surface: Asphalt
Length: 4.020 km (2.498 miles)
Turns: 12
Grid Size: 37
Downforce Level: Medium-High
Capacity: 120,000
First Opened: 1931-1940
Re-opened: 1977
Owner/Operator: MotorSport Vision
Race lap record:
Time: 1:17.707
Driver/Country: Kimiya Sato, Japan
Car: Lola B05/52
Date: 2013
Event: Auto GP
Wiki: en.wikipedia.org/wiki/Donington_Park
Web: donington-park.co.uk/
Donington Park is considered a medium-to-high downforce circuit for GT3 cars. Its flowing layout, marked by fast sweepers like Craner Curves and Old Hairpin, combined with technical sections such as McLeans, Coppice, and the Melbourne Hairpin, demands a setup that emphasizes aerodynamic grip and cornering stability.
The circuit’s elevation changes and off-camber turns challenge drivers to maintain precision through rapid direction changes, making downforce a critical factor in achieving consistent lap times. A well-balanced setup with moderate rear wing, soft suspension, and strong mechanical grip helps maximize performance through both high-speed transitions and tight braking zones.
The key at Donington is to establish a stable aero platform that complements the car’s mechanical grip to smoothly handle the fast sweepers and heavy braking zones. A setup that offers predictable rear-end stability while allowing agile turn-in significantly improves lap times.
Rear Wing: Aim for wing settings around the middle to upper range, commonly between 5 and 8 out of 12. This ensures enough rear grip without compromising too much straight-line speed.
Front Aero (Splitter/Canards): Adjust front aero to balance rear wing, preventing excessive understeer and aiding responsive turn-in, especially for quick direction changes.
Ride Height: Maintain a ride height that allows suspension travel over Donington’s notable kerbs and elevation changes without risking bottoming out.
Suspension: Set to absorb kerbs while keeping chassis stability, typically with a moderately stiff front and balanced rear.
Brake Bias and Traction Control: Favor rearward brake bias for stability into heavy braking zones such as the Old and Melbourne Hairpins, and use traction control settings to manage rear traction on corner exit
GT3 Record
1:25.256
Alien
100%: 1:25.910
Competetive
101%: 1:26.769
102%: 1:27.628
Top Split
103%: 1:28.487
104%: 1:29.346
Midpack
105%: 1:30.206
106%: 1:31.065
Backmarker
107%: 1:31.924
108%: 1:32.783
Lap Time: 1:25.256
Driver: Kiern Jewiss
Car: Mercedes-AMG GT3 Evo
Team: #42 2 Seas Motorsport
Race: 2025 British GT Championship
Turn 1, is a medium-speed right-hander that kicks off the lap, approached at high speed from the pit straight. The corner invites late braking, but the downhill exit punishes over-commitment with understeer that will bleed speed through the critical Craner Curves. Precision here sets the tone for the entire first sector.
Turn 2, is a gentle, high-speed right-hand kink that acts as the gateway into the Craner Curves. It’s flat-out in a GT3, but your positioning here is critical, the way you exit Hollywood dictates your line and stability for the downhill plunge into T3.
Turn 3, the second part of Craner Curves is a fast, downhill left-hander that demands precision and bravery. The track drops away, lightening the car and making it easy to run wide. Any instability here will cost you dearly into Old Hairpin.
Turn 4, is one of Donington Park’s most deceptive corners. Despite the name, it’s not a tight hairpin at all, but a fast, flowing right-hander taken downhill in compression. The approach from T3 is blind and rapid, and the camber at the bottom of the hill offers more grip than you expect., rewarding commitment and precision.
Turn 5, is more of a short, uphill kink than a full corner, but it’s a key transition point. You’re accelerating hard out of Old Hairpin, climbing the hill, and the road subtly bends right under the bridge. The goal here is to keep the car stable and positioned perfectly for the fast left of Schwantz Curve.
Turn 6, is a fast, uphill left-hander that crests before dropping slightly toward the braking zone for McLeans. In most GT3 cars it’s flat or near-flat, but the camber change and elevation mean you must keep the car balanced. The priority is a clean, stable exit that leaves you perfectly placed for the heavy braking into T7.
Turn 7, is a medium-speed, slightly uphill right-hander that’s one of Donington Park’s most technical and easy-to-misjudge corners. The braking zone is short and subtly curved. A late apex is essential, it opens up the exit and maximizes your run toward Coppice. Turn in too early and you’ll push wide, killing your speed for the long straight that follows.
Turn 8, is one of Donington Park’s most important corners for lap time. It’s a blind, uphill right-hander with a late apex that feeds directly onto the long back straight. Because you can’t see the apex on turn-in, commitment and reference points are everything. Nail this corner and you’ll carry maximum speed all the way to the Fogarty Esses, get it wrong and you’ll lose time for the rest of the lap.
Turn 9, the first part of the Fogarty Esses is a heavy-braking, downhill left-hander at the end of the long back straight from Coppice. It’s one of the prime overtaking spots on the lap, but the downhill braking zone can easily cause lockups if you’re too aggressive. The goal is to brake late but under control, clip the inside curb, and straighten the car quickly for the right-hand flick of T10.
Turn 10, the second part of the Fogarty Esses is a sharper right-hand flick that rewards aggressive but controlled curb usage. You’re still carrying the weight transfer from T9, so the key is to keep the car balanced while opening the steering early to get a strong drive toward Melbourne Hairpin.
Turn 11, is the slowest corner on the circuit, a tight, downhill right-hander that demands heavy braking and precise rotation. It’s a prime overtaking spot, but the downhill approach makes it easy to lock the fronts if you’re too aggressive. A clean, late apex is essential to get the car rotated for the short run to Goddards.
Turn 12, is the final corner on the Donington Park GP layout: a tight, downhill left-hander that leads directly onto the start/finish straight. The braking zone is downhill and can be tricky to judge, especially on worn tyres or in low grip conditions. A late apex is essential to get the car rotated and on the throttle early for maximum speed across the line.