If you've spent any time at a drift event or track day, you know that suspension geometry is everything. Factory BMW camber plates are designed for comfort and road manners, not the extreme steering angles and lateral forces you encounter when pushing a car to its limits. That's where BMW Extended Camber Plates come in. The new Gen 2 design from SLRspeed replaces the previous generation with significantly more adjustment range, lighter weight, and the kind of precision engineering that lets you dial in your suspension exactly how you want it—whether you're chasing a drift podium or hunting lap times on a closed course.
For drivers serious about their setup, camber adjustment is non-negotiable. The stock camber plates on most BMW E-chassis models offer limited adjustment, forcing you to choose between a few fixed positions that rarely nail the sweet spot for your particular car, tires, and driving style. With BMW Extended Camber Plates, you get 24 discrete bolt positions plus continuous slider adjustment, meaning there's virtually no setting you can't reach. Add in the 0.6-pound weight—0.2 pounds lighter than the previous generation—and you're looking at unsprung mass reduction that your suspension will feel under hard cornering.
Why Extended Camber Range Changes Your Drift Game
The headline spec that gets drift drivers excited is the extra 3.5 degrees of total camber adjustment over factory or standard aftermarket plates. For context, most stock BMW camber plates give you somewhere in the neighborhood of 2 to 4 degrees of adjustment total. With SLR's extended plates, you can reach as far negative as -12 degrees if you're building a full stanced street car, or dial in the precise 4 to 5 degrees negative that works best for track drift. That range isn't just a number on a spec sheet—it fundamentally changes how you can tune your car.
In practical terms, this means you're not locked into factory compromises. A stock suspension geometry is engineered as a one-size-fits-most solution. It prioritizes smooth highway manners, compliant ride quality, and tire wear over multiple seasons of street driving. When you bolt in extended camber plates, you're reclaiming control over your front-end geometry and committing to performance. During a drift session, that extra negative camber keeps your tire's contact patch loaded even as the car rotates and the chassis tilts in suspension. Your grip levels stay higher, your tire wear is more predictable, and you can build muscle memory with consistent geometry lap after lap.
The caster angle is just as critical but often overlooked. Most E36 drift setups run somewhere between 7 and 8 degrees positive caster—that's the angle at which your steering axis tilts backward relative to vertical. More caster gives you more steering feedback, faster self-centering when you release the wheel, and improved high-speed stability. The SLR camber plates let you dial caster in by running the sliders diagonally. This dual-mode flexibility means you don't have to sacrifice one angle to get the other; you're tuning both simultaneously with a level of precision that pushes your setup from good to podium-ready.
Gen 2 Engineering: Weight, Adjustment, and Market Leadership
When SLRspeed engineered Gen 2, the team focused on three core upgrades. First, they cut weight by redesigning the internal structure while actually increasing the slider stroke—a feat that required careful material selection and machining tolerance. The result is a pair of plates that weigh just 0.6 pounds combined, making them the lightest camber plate offering in the market. For a car already running stripped interior, lightweight wheels, and a single battery, every tenth of a pound of unsprung mass matters. That weight savings translates directly to faster suspension response and slightly quicker transient behavior during direction changes on track.
Second, the 24 bolt positions expand your adjustment resolution dramatically. Instead of stepping between, say, four or five fixed positions and then using the slider to fine-tune between them, you now have 24 positions as your primary grid, with slider travel on top of that. This means you can make micro-adjustments of just a few millimeters without hunting for the "closest" hole that's going to be just slightly off. Third-gen BMW drivers running these plates report being able to nail exact alignment targets without compromise or settling for "close enough."
The slider mechanism itself has also been refined. The increased stroke length gives you more travel in any direction you move it—laterally for camber tweaks, front-to-back for caster adjustment, or diagonally for both at once. Machined from a single piece of aluminum, the slider glides smoothly and returns to position reliably, even after repeated adjustments at the track. Compare this to older designs where the slider would develop play or binding after a season of hard use, and you see why the engineering matters.
Compatibility: Which Coilovers Work, and When You Need Adapters
One of the most common questions SLRspeed gets is whether these extended camber plates will bolt straight onto existing coilovers. The answer depends on your brand and setup. If you're running SLR Drift Spec Coilovers, VVK, FEAL, Broadway, Fortune, Godspeed, MCS, Megan, Silver's, Stance, D2, or MaxSR, you're in the clear. The SLR plates drop right onto your top hat slider, and you're ready to adjust. These brands have standardized on the same 58-60mm bolt spacing and slider design that the SLR plates expect.
However, if you're running BC coilovers, Bilstein, KW, or another European-branded kit, you'll likely need the optional pillow ball mount—a spherical bearing that sits between your coilover's upper spring perch and the camber plate. This bearing allows the shock shaft to rotate and tilt simultaneously, which is essential for some designs. BC coilovers ordered with the E90 pillowball bushings can technically work without the SLR adapter, as the bearing is already integrated into the coilover's top hat. For other BC chassis or the KW and Bilstein kits, SLRspeed includes adapter bushings at no additional charge if you specify your coilover brand in the order notes—just mention it so the team packages the right hardware and avoids a shipping delay.
Before ordering, measure the center-to-center distance between the four adjustment bolts on your coilover's top hat slider. It must fall between 58 and 60 millimeters (2.28 to 2.36 inches). If your spacing is outside this range or you're running factory-style springs instead of coilovers, these extended plates won't fit. SLRspeed is very clear on this point: the plates are designed for aftermarket coilovers with straight-type springs. Diameter-changing springs (cone springs or progressive designs) alter the way the top hat sits and can cause binding or unsafe suspension behavior.
E30 Installation and Model-Specific Considerations
E30 owners are the backbone of the BMW drift community, and SLRspeed has made sure Gen 2 plates work on your chassis. However, there's one caveat: due to the increased slider stroke on the Gen 2 design, you will need to drill out your shock tower slightly for proper clearance. This is a minor modification—not the kind of extensive cutting or welding you might fear—but it does require care and precision. SLRspeed strongly recommends contacting their support team before installation if this is your first time tackling this job, as the drilling depth and location vary slightly depending on whether you're running factory springs, standard coilovers, or lowered suspension with camber plates already in place.
Owners of E36, E36 M3, E46, E46 M3, E38, E39, E60, E90, and Z-models (Z3, Z3 M, Z4, Z4 M) don't need any modification. The shock towers on these newer platforms have enough vertical clearance to accommodate the Gen 2 design without drilling. Installation is straightforward bolt-on work that takes a couple of hours with basic hand tools and a jack. E28 models also fit without modification, though E28 owners are rarer in the drift community and should verify fitment with SLRspeed support before ordering.
Setting Up Your Alignment: From Theory to Trackside Reality
Once you have the plates installed, the real tuning begins. Most E36 drift setups dial in somewhere around 4 to 5 degrees negative camber, 7 to 8 degrees positive caster, and 1/8 to 1/4 inch toe-out. But these are starting points, not gospel. Your exact settings depend on your tires, your coilover setup, ride height, wheel offset, and ultimately how the car feels to you under load.
Negative camber keeps your tire contact patch loaded during aggressive cornering and drift transitions. Too much negative camber (beyond 6 or 7 degrees on a drift car) starts hurting tire wear and can make the car unpredictable in low-grip situations. Too little (less than 3 degrees) and you lose grip during sustained slides. The sweet spot is usually individual to each driver and driving style, which is why the extended range on the SLR plates is so valuable—you can experiment between 3 and 5 degrees, test different sessions, and nail the setting that maximizes both grip and tire life for your specific event.
Caster is where things get interesting for steering response. At 7 degrees, your steering feels quick and responsive, with good self-centering when you release the wheel after a lock-to-lock maneuver. Push it to 8 degrees and you gain even more feedback and stability at speed, but you also increase steering effort slightly and can start feeling bump steer if your geometry isn't dialed. The SLR plates' diagonal slider mode makes caster tuning intuitive—you can make 0.5-degree changes and feel the difference immediately on your next session.
Toe-out (wheels pointing slightly outward when viewed from above) is a grip multiplier for drift. A quarter-inch of toe-out reduces understeer and helps the car turn in crisply when you're loading up the throttle and rotating the chassis. An eighth-inch is more conservative and works well for road course driving where you need a bit more stability under hard braking into corners. Note that camber plates don't directly control toe—you'll still need a full four-wheel alignment to set this, and you'll want to do that alignment after the plates are dialed in and the suspension is at ride height.
Comparing Camber Plate Adjustment Methods
There are different philosophies in how suspension manufacturers let you adjust camber and caster. Some designs use a series of fixed holes and force you to pick the closest one. Others use a continuous slider but limit the range to just a couple of degrees total. SLRspeed's approach with the Gen 2 Extended Camber Plates combines both: 24 discrete bolt holes for coarse adjustment and continuous slider travel for fine-tuning, all within a 3.5-degree total range that covers everything from mild track use to extreme stanced geometry.
This hybrid method is superior because it eliminates the "stuck between holes" problem that plagues fixed-position designs. You get the repeatability and stability of bolt holes—once you find a setting you like, you can bolt it down and know it's rock solid—but you also get the flexibility to make small changes without drilling new holes or buying multiple plates. The slider is just as rigid under load; it's not some squishy range-of-motion design. When you tighten the two slider bolts, you're locking the geometry in place completely, with zero flex or deflection under cornering loads.
Track Testing and Real-World Performance Gains
Drivers who've upgraded from factory or basic aftermarket plates to the SLR Extended Camber Plates report measurable improvements in several areas. First, they can dial in camber more precisely, which usually means less guessing between events. If your car felt a bit understeer-y last time, you can go half a degree more negative and feel the difference immediately. If your inside tire was wearing faster than the outside, you can dial out a tenth of a degree and extend tire life by 20-30% at high-speed events.
Second, the caster adjustment range lets you fine-tune steering response without buying a new steering angle kit or messing with your rack and pinion. Most E36 drivers find that a quick caster change in the garage between qualifying and a final can make a surprising difference in how the car locks and rotates. More caster if you want snappier turn-in; less caster if you're dealing with a bumpy track and need to reduce bump steer. The SLR plates give you this tuning dial without complicated modifications.
Third, the weight savings—while modest in absolute terms at 0.2 pounds per pair—compound with other lightweight choices. Stripped interior, carbon seats, lightweight wheels, single battery, and lighter suspension geometry all add up. Drivers report faster turn-in response and slightly quicker transient behavior during direction changes, the kind of improvements that are hard to measure but unmistakable when you're at the limit.
Material Quality and Long-Term Durability
SLRspeed manufactures the Gen 2 Extended Camber Plates in the USA using billet aluminum and precision CNC machining. This matters more than it might seem. A billet plate is machined from a solid block of aluminum, which means there are no welded joints or stress concentrations waiting to crack under shock loading. The machining tolerances are tight enough that the slider moves smoothly but without play, and the bolt holes are perfectly concentric so adjustments stay true.
The finish is anodized, which protects the aluminum from corrosion and oxidation. This is important if you're driving in wet or salty environments. Unlike painted steel, anodized aluminum doesn't chip or peel, and it doesn't rust if the coating is scratched. If you keep your car at the track or in storage most of the year, durability isn't a huge concern, but for mixed road-and-track driving, the material choice matters.
The fasteners that ship with the kit are grade-8 steel, chosen to handle the clamping loads and vibration without loosening or stripping. You should still check tightness after your first event and periodically thereafter—vibration and thermal cycling can gradually loosen fasteners over time—but the quality of the hardware means you're not fighting cheap bolts that strip on installation or work their way loose between sessions.
Adjustability Under Load: Why Slider Design Matters
One subtle but important feature of the SLR design is that you can make adjustments without completely removing the plate from the shock tower. Because the slider can move within the bolt holes, you can loosen the slider fasteners and shift the plate position by a millimeter or two, then re-tighten, all without breaking the structural connection to the car. This is a massive convenience at the track. If you want to change camber between sessions, you don't need to unbolt the entire assembly and risk dropping the suspension or damaging a tie-rod. You just loosen two bolts, move the slider, and tighten back down—a 30-second job instead of a 30-minute job.
The slider mechanism is also self-aligning. If you're off by a millimeter, the geometry of the four bolt holes and the slider's travel will gently guide the top hat back into proper alignment as you tighten. This is especially valuable for DIY builders who might not have a professional alignment rack available during setup.
The Complete Suspension Picture: Pairing Plates with Other Geometry Upgrades
While extended camber plates are powerful on their own, they work best as part of a complete suspension package. Many drift drivers pair them with angle kits that increase steering lock, adjustable lollipops (lower control arm bushings) for fine-tuning roll center, and tie-rod upgrades for durability. The E36 Super Angle Kit is a popular complement because it increases steering lock beyond what camber plates alone can deliver, transforming the car's overall responsiveness and handling feel.
Adjustable BMW Adjustable Billet Lollipops let you dial in lower control arm geometry without swapping out the entire arm, which is useful if you've already installed extended camber plates and want to fine-tune roll center or anti-dive characteristics. And high-duty tie-rods reduce deflection under hard cornering and improve steering precision, making all your camber and caster adjustments feel more direct and responsive.
Care and Maintenance Between Events
The good news is that camber plates require almost no maintenance. Periodically check that all four strut tower bolts and both slider fasteners are tight—use a torque wrench and aim for 15-20 ft-lbs for the strut tower bolts (verify your specific chassis in the factory service manual). If you're at the track 4-6 times a year, check after each event. If you're a casual track day person, once a season is fine.
The slider mechanism itself doesn't need lubrication. It's anodized aluminum on anodized aluminum, and adding grease would only attract dust and grime without providing any benefit. If the slider ever feels stiff or gritty, it usually means corrosion or mineral buildup from hard water. A quick wipe with a damp cloth and dry rag usually fixes it. Avoid abrasive scrubbing, which can damage the anodizing.
If you're storing your car for winter or the off-season, there's nothing special you need to do. The camber plates are structural components, not moving parts that need specific care. Just make sure the fasteners are tight before you park it, and you're done.
Ordering, Customization, and Support
The SLR Extended Camber Plates come in two color options: grey or purple. This is purely cosmetic—both have identical geometry, material, and performance. Plate availability is standard in both colors, and turnaround is typically fast because SLRspeed manufactures these in-house.
When you order, you can optionally add the pillow ball mount if you're running BC, Bilstein, KW, or other coilovers that need it. If you're not sure whether you need it, SLRspeed's support team is accessible by phone at 561-877-3229. A quick measurement of your existing coilover's bolt spacing, or even just the brand and model, is usually enough to get a definitive answer before you place your order. This support upfront saves you the frustration of receiving a kit and discovering mid-installation that you need an adapter you didn't buy.
Shipping is calculated at checkout and varies by location. Most orders arrive within 2-3 business days to anywhere in the continental US, and the plates are well-packaged to survive transport without any damage.
Real-World Setups: What Drivers Are Running
To give you a sense of how these plates actually perform in the wild, here's what typical E36 drift builds look like when running SLR Extended Camber Plates. A track-focused drift car might run 5 degrees negative camber, 8 degrees caster, 0.25 inches toe-out, with the slider positioned in the forward-back mode so caster is locked and camber adjusts independently via the bolt positions. This setup favors turn-in response and stability during sustained slides, with precise camber control for consistent tire wear over a multi-run event.
A mixed street-and-track driver might run 3.5 to 4 degrees negative camber, 7 degrees caster, and 1/8 inch toe-out, with the slider positioned diagonally so both angles can be tweaked slightly between track days without major disassembly. This is more comfortable for street driving but still aggressive enough for serious track sessions.
A fully stanced show car might run -10 to -12 degrees, with the slider pushed as far as it will go and multiple bolt holes layered up to hold that extreme position. This is purely for looks—the car likely spends most of its time parked—but it demonstrates the full range of adjustment available.
Why Extended Range Matters for Tuning Your BMW Drift Car
The core reason extended camber plates are so valuable is that they eliminate compromise. With stock or basic aftermarket plates, you're picking the closest predefined geometry and living with it. With SLR Extended Camber Plates, you're tuning to your exact preference, your car, your tires, and your driving style. That precision is what separates a car that handles okay from a car that handles exactly right—the difference between wondering if you could go faster and knowing you've found your limit and are pushing it.
For drift drivers, that translates to more predictable tire grip, faster transition response, and the confidence that if the car doesn't rotate the way you want it to, it's a setup tuning problem you can solve in the garage, not a hardware limitation you have to live with. For road racers, it means optimized tire wear, sharper turn-in, and the ability to adapt to different tracks and tire compounds without major modifications.
If you're serious about your BMW's track performance and want the flexibility to dial in geometry that no two drivers will agree on—because everyone's car, setup, and preference is slightly different—the extended adjustment range is worth far more than the modest cost difference over basic plates.
Next Steps: Install and Tune
Installing extended camber plates is one of the highest-ROI modifications you can make to a drift car. The hardware cost is modest, the installation is straightforward, and the tuning flexibility unlocks settings you simply couldn't reach before. If you're running an E30, E36, E46, Z3, Z4, or other supported BMW chassis, and you've already committed to an aftermarket coilover setup, extending your camber adjustment is the natural next step.
Start by confirming your coilover brand and measuring your bolt spacing, then reach out to SLRspeed support to confirm whether you need the pillow ball mount. Once you have the right kit in hand, an afternoon of installation work will have you ready to dial in your suspension at the alignment shop or on the track. Take notes on your settings—camber, caster, toe, ride height, tire pressure—so you can replicate what works and experiment with what doesn't.
When you're ready to take the next step in tuning your BMW's handling, explore the full range of extended camber plate options and customization choices at SLRspeed. Whether you're chasing lap times or perfecting your drift angle, the right suspension geometry is the foundation everything else is built on.
| Area | Gen 1 Plates | Gen 2 Plates |
|---|---|---|
| Weight | Gen 1 weighs 0.8 lbs per pair, adding measurable unsprung mass to the front end. | Gen 2 weighs 0.6 lbs per pair, shedding 0.2 lbs and becoming the lightest camber plate on the market. |
| Camber Range | Gen 1 offers standard adjustment range matching most factory or basic aftermarket plates. | Gen 2 delivers 3.5 degrees more total camber adjustment in both positive and negative directions, unlocking -12 degree extreme stance capability. |
| Adjustment Method | Gen 1 uses limited bolt positions with modest slider travel, restricting fine-tuning options. | Gen 2 features 24 discrete bolt positions plus continuous slider adjustment, enabling virtually infinite micro-tuning between fixed settings. |
| Slider Stroke | Gen 1 slider has a shorter travel distance, limiting caster-camber adjustment flexibility. | Gen 2 slider has increased stroke length for greater independent caster and camber control in both diagonal and linear configurations. |
| Chassis Compatibility | Gen 1 fits most E-chassis BMWs but may require minor modification on some models. | Gen 2 fits E28, E30 (minor shock tower drilling), E36, E38, E39, E46, E60, E90, Z1, Z3, Z3 M, Z4, Z4 M without major rework. |
| Current Market Position | Gen 1 has been replaced and is no longer the standard offering from SLRspeed. | Gen 2 is the current standard and represents the latest engineering for maximum adjustment range and minimum weight. |
How to Install BMW Extended Camber Plates
- 01 · Verify coilover compatibility and bolt spacing. Measure the center-to-center distance of the four adjustment bolts on your coilover's top hat slider. It must fall between 58-60mm (2.28-2.36 inches). If you're unsure whether you need the pillow ball mount, mention your coilover brand in your order notes at checkout so SLRspeed can confirm before shipping. This avoids delays and ensures you have the right hardware on arrival.
- 02 · Lift the vehicle and remove the wheel. Use a hydraulic lift or jack stands to raise your BMW safely. Remove the front wheel to access the shock tower and upper strut assembly. Ensure the vehicle is stable and supported before working underneath. Keep the wheel nearby so you can reinstall it after camber plate installation.
- 03 · Remove the factory or old camber plate assembly. Unbolt the four fasteners connecting the upper strut assembly to the shock tower. On models with factory springs, you may need a spring compressor if the suspension has tension. Carefully lower the strut and set it aside in a safe location. For E30 owners installing Gen 2 plates, inspect your shock tower for any obstructions and proceed with minor drilling if required per SLRspeed instructions.
- 04 · Install the new SLR Gen 2 camber plates. Position the SLR plates over the four studs and hand-tighten the bolts. Align the slider mechanism so it sits centered and moves freely. Use a torque wrench to tighten all four bolts to factory specification (typically 15-20 ft-lbs for BMW strut tower fasteners, but verify your specific chassis in the manual). Do not over-torque, as this can crack the shock tower.
- 05 · Adjust initial camber and caster position. Loosen the slider bolts slightly and position the plate where you want your baseline camber (e.g., 4-5 degrees negative for drift or -3.5 degrees for road racing). Tighten the slider bolts hand-tight. Leave fine-tuning for after wheel alignment, as suspension ride height and tire pressures affect final settings. Reinstall the wheel and lower the vehicle.
- 06 · Perform a wheel alignment and test drive. Take your car to an alignment shop and dial in your target camber, caster, and toe settings. Most drift setups run 4-5 degrees negative camber, 7-8 degrees caster, and 1/8 to 1/4 inch toe-out. Test drive on a safe road or parking lot and make micro-adjustments as needed. The benefit of SLR plates is that you can fine-tune between the 24 bolt positions or make infinitely adjustable changes via the slider.
- 07 · Lock down all fasteners and inspect regularly. Once dialed in, ensure all four camber plate bolts and both slider fasteners are fully tightened and confirmed with a torque wrench. Check tightness after the first track event and every 3-4 drift sessions thereafter, as vibration can loosen fasteners. Keep adjustment notes in your phone or logbook so you can replicate your setup at future events.
Gen 2 camber plates deliver 3.5 degrees more adjustment than factory plates while weighing just 0.6 lbs—making them the lightest, highest-adjustment-range option on the market.
