Mazda MX-5 (NC) BBR Super 225 | PH Review
A no-brainer for any NC owner? Absolutely...

Mazda’s NC MX-5 is the podgiest of the model's four generations, and arguably the one most ripe for tuning. Bigger and more solid than the first two MX-5s, and considerably more attainable than the latest version for obvious reasons (healthy 2.0-litre examples can be had for less than £4k) it’s an increasingly popular MX-5 for those after either a bargain or a track day hack. That's exactly the clientele BBR GTi is trying to appeal to with its latest creation, the Super 225.
As the tuner's highest ranking NC kit that doesn’t resort to turbocharging, the 225 builds on the established Super 220 conversion, which adds a four-to-one manifold, camshafts and exhaust system to the MZR LF-VE 2.0-litre unit. The 225hp output is ultimately achieved with independent throttle bodies. It’s all been developed to work with the standard ECU and requires no modifications to the engine bay or chassis, so it’s fully reversible. BBR can have an NC turned from standard to Super 225 in a day for £4,295 – or a handy buyer can do it themselves for £3,495.
BBR’s development car, a 2014 25th Anniversary model with almost 60,000 miles on the clock, is also equipped with the firm’s in-house developed springs, Koni dampers and gold 17-inch Sparco alloys, accented by BBR decals. The changes add styling heft to the cuddly NC profile, and given that many buyers are expected to take their cars on track, it seems likely that plenty of Super 225s will leave the workshop with at least a few of those extras. But they needn’t, and BBR’s demo has a completely standard interior and retains its factory-fit folding hard top.

Much of the 225's appeal over turbocharged alternatives – aside from the price – is the way the NC’s low speed character remains mostly as standard. Mazda’s four-pot is docile and hushed at low revs, with only the bass of BBR’s exhaust signaling that anything has changed. Even the tweaked chassis, which is progressively sprung and starts at 15 per cent stiffer than standard, rides remarkably well over bumps and ridges. In normal operation, BBR’s 225 will feel wholly familiar to any NC owner. And that’s not by accident – BBR said it’s run the ITBs with longer intake lengths to give a broader spread of performance.
Of course, those familiar with ITBs will know that you’re only four open butterfly valves away from a completely different personality and a whole lot of noise, and the 225 duly delivers on that front. Pin the accelerator and the tone builds from a deep gargle to an intake roar that only tails off at a BBR-set 8,000rpm limiter. It sounds mega, and is backed by the raspy note of new stainless steel pipework. The motor’s not become explosive or peaky in the transition, though - it pulls strongly from 4,000rpm, with 170lb ft available through to 6,000rpm. Driveability is really very good.
That said, thanks to the NC’s fairly leggy standard ratios, you are rewarded if you work Mazda’s short-throw six-speed gearbox and keep that engine toward its top-end. The responsiveness of the motor, which retains Mazda’s fly-by-wire throttle in the 225, makes heel-and-toeing easy, with the heaviest inputs encouraging a few pops and crackles from the exhaust. These are of the genuine sort; less heavy-footed enthusiasm results in a much more sedate soundtrack. Against a backdrop of supremely punchy turbocharged engines, progress is more quick than rapid, but the motor’s enhanced enthusiasm for revs makes its all seem tremendously rewarding.

That's as it should be. BBR can tune the NC to 300hp if you wish - the 225 is all about usability and simplicity, not to mention the kind of toughness that endears it to regular track use. If that's your jam, swapping out Mazda’s somewhat roly poly chassis setup also makes sense. The improvement in handling unlocked by BBR’s suspension changes dovetail nicely with the improved delivery. Roll is significantly reduced, sharpening the NC’s already responsive front end and making it even easier to exploit its inherent balance. Factor in the ITB’d motor, and you’re handed a newfound ability to manipulate its line with the throttle. We’d back BBR’s recommendation of EBC Yellow stuff brake pads, as they beef up stopping power to match.
BBR’s actually not totally finished the development work on its Super 225 kit, with some additional ECU fine-tuning required to iron out a very slight and barely noticeable hesitation just above tickover. Once that’s done, the tuner says the car will have been subjected to around 100 hours of testing, providing a base setting that can then be copied and pasted into customer NCs, before any bespoke fettling occurs. BBR can supply just the ITBs (for £1,795) for those wanting to create their own setup, but as this demonstrator amply proves, the complete BBR package is as rounded and refined as it is exciting. A no-brainer? We think so.
SPECIFICATION | BBR MAZDA MX-5 COUPE ROADSTER SUPER 225
Engine: 1,999cc, inline four, independent throttle bodies
Transmission: six-speed, rear-wheel drive
Power (hp): 225@7,550rpm
Torque (lb ft): 174@5,950rpm
0-62mph: N/A (7.9secs as standard)
Top speed: N/A (135mph as standard)
Weight: 1,155kg (as standard)
CO2: N/A
MPG: N/A
Price: from c.£8,295 (made up of £4k car and conversion cost)




I have a super 200 package with the suspension/wheels and brakes also done.
Its a great drive and to be honest its become a bit of a chore to take the AMG out at the weekends, as the MX5 is so much fun.
For a few weeks I had the super 200 alongside my old standard 2.0 sport prior to selling it.
The mods absolutely transform the character of the car.
Very interested in going for the ITB's!
These MX-5 articles are sapping my Sunday morning productivity. So much fun in a relatively cheap car.
But can’t help thinking over £8K for an early one with this kit is a bit steep.
There’s a 25th Anni car for sale on eBay for £13K, so if you wanted to replicate the feature car you’re upto £17K before you add the wheels and chassis tuning... there’s got to be better places to put your cash than that...?
But can’t help thinking over £8K for an early one with this kit is a bit steep.
There’s a 25th Anni car for sale on eBay for £13K, so if you wanted to replicate the feature car you’re upto £17K before you add the wheels and chassis tuning... there’s got to be better places to put your cash than that...?
Personally I wouldn't buy the kit as these engines are prone to failing bearings in the block because of oil starvation which on itself has causes found in flawed design of the engine. Of course many will be saying this is the user's fault but just look it up. Use Google for one minute. Or talk to engine rebuilders. Or Paul Rodisson who races MX5's. Or try to find MX5's worth engine damage. Or look at how much money a simple second hand engine like this costs. It must be said the problem seems to occur more with the first gen NC.
They're very good cars - I ran, what was seen as the worst NC - the 1.8, pre facelift, RC, with the high looking suspension... I succombed to just one mod - which was, of course, the suspension, so it ended up slightly lower and was very well set up alignment wise.
It was a lot of fun - even in such a 'slow' version. It was peanuts to maintain even with a Mazda dealership doing all the servicing. I really miss it and am sometimes tempted by the ND, but keep coming back to the NCs - they offer such value at the moment.
But can’t help thinking over £8K for an early one with this kit is a bit steep.
There’s a 25th Anni car for sale on eBay for £13K, so if you wanted to replicate the feature car you’re upto £17K before you add the wheels and chassis tuning... there’s got to be better places to put your cash than that...?
Personally I wouldn't buy the kit as these engines are prone to failing bearings in the block because of oil starvation which on itself has causes found in flawed design of the engine. Of course many will be saying this is the user's fault but just look it up. Use Google for one minute. Or talk to engine rebuilders. Or Paul Rodisson who races MX5's. Or try to find MX5's worth engine damage. Or look at how much money a simple second hand engine like this costs. It must be said the problem seems to occur more with the first gen NC.
I own a 2010 NC 2.0 which I've had for 7.5 years and it's been a fantastic car to own and enjoy. I may be tempted by the IRB's without the rest of the package and would be interested in the project power gain for this mod only. The gearing on the car is already slightly too long in my opinion and with the higher rev limit you could up doing almost 70mph in 2nd gear!
One question. Are the prices quoted exl. VAT?
That's the thing with an MX5, if you find a car that does better in one area it will do worse in another. The OEM setup and calibration will have been the result of tens of thousands of man hours of testing and development in widely varying environments and driving conditions, with much of it done by people who know what they're doing a great deal better than anyone in BBR; no insult intended to the guys at BBR here but they don't have access to anything like the modelling tools, component specifications, depth and breadth of staff knowledge and experience, or test and development facilities of even a tiddly OEM like Mazda.
I've never driven anything modified that comes within a million miles of the vice free behaviour and total absence of headaches of an OEM setup, so if the car is more than a weekend toy you're taking a real gamble. A good example would be the recent experiences of a supercharger kit that EngineeringExplained have documented on their youtube channel - a software glitch that prevented the throttle plate from opening more than 30% odd under certain circumstances.
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