The 2026 Honda Prelude is NOT slow, just misunderstood.

[PR76UDE]

This might upset some purists and garner me some hate, and I'm not claiming the Prelude is some performance monster, but... I’ve seen a lot of social media chatter and reviews writing the Prelude off as a slow eco-civic-coupe because of the 184hp figure (or the false 200hp), assuming it can't even begin to compare with cars like the Civic Type R.

Obviously, if you put both cars on a straight at Silverstone, the Civic's much more powerful engine will absolutely obliterate the Prelude. But what about a tight autocross track or a winding country lane? Speeds are physically capped around 60-70mph max, and you are constantly doing heavy braking down to ~20mph for tight hairpins. Under such conditions, the Prelude might just surprise you with how well it keeps up with the Civic.

Coming out of a harsh 20mph hairpin, the Civic driver in 2nd gear floors it, there's a physical delay. They have to wait for the exhaust gases to spool up their turbocharger and build RPM before the real power hits. In the Prelude almost all of its power is available immediately. There is no turbo to spool. The electric motor dumps its maximum torque into the wheels and by the time the Civic's turbo has finally woken up, the Prelude may have already leaped a car length ahead.

Then there is the case of the gears. On a slower track, a manual Type R is constantly caught in the awkward zone rowing up and down between 2nd, 3rd, and 4th gear. Every time you have to shift up to 3rd for a quick burst, and then downshift back into 2nd for the next bend, power delivery pauses, boost drops. Meanwhile, because the Prelude's engine isn't mechanically linked to the wheels under hard acceleration, there are zero mechanical gear shifts. There's just one continuous, uninterrupted wave of electric torque. You can focus 100% of your brain capacity on your braking points rather than gear selection.

Though of course, physics is still physics. The Type R will still stay ahead even outside of the power difference, it has stiffer suspension, a fancy LSD, and weighs less than the Prelude.

So, I think we should stop looking at the 184/200hp figure in a vacuum. In a straight line to 150mph, the Prelude will get stomped by your nan's hatchback. But between 0 and 60mph on tight roads, the Prelude's instant electric torque and uninterrupted power delivery make it seriously capable. And maybe it's just a coincidence, but outside of the motorway and city most roads you end up driving on in the real world happen to be exactly in that windy sub-70mph category...

 

[Alfettaman]

Well said. If you want to drive at 150mph in straight lines, then you'll need to buy a different car. But for a skilled driver on a twisty road, the Prelude is anything but slow and can safely access all of its instant electric power - as well as all of its class-leading chassis dynamics. The public roads are not a racetrack, but I think a lot of people in much 'faster' cars might struggle keep up with me!

Somewhere along the line, we seem to have forgotten that driving can be engaging and fun, and instead turned it into a reductive competition about 0-60 mph times - a metric that's almost completely irrelevant in real-world driving...

 

[PR76UDE]

Well said. If you want to drive at 150mph in straight lines, then you'll need to buy a different car. But for a skilled driver on a twisty road, the Prelude is anything but slow and can safely access all of its instant electric power - as well as all of its class-leading chassis dynamics. The public roads are not a racetrack, but I think a lot of people in much 'faster' cars might struggle keep up with me!

Somewhere along the line, we seem to have forgotten that driving can be engaging and fun, and instead turned it into a reductive competition about 0-60 mph times - a metric that's almost completely irrelevant in real-world driving...

Only problem I've got with it is that I myself am a crap driver

 

[Alfettaman]

Only problem I've got with it is that I myself am a crap driver

I would argue that the Prelude can turn anyone into a better driver, because it's a car where you can safely explore its capabilities, and extend and develop your own.

 

[Liverfluke]

It feels so good to take of those fogged up nostalgia goggles. Let’s face it:

The only reason for a distracting, over complicated, power sapping, torque interrupting manual transmission and clutch in a car is to compensate for the inflexible, noisy, inefficient, polluting internal combustion engine. A situation made worse by using the Otto cycle to try to get decent power to weight ratio and flatten the peaky power delivery and get some usable low speed torque.

An electric motor makes so much more sense for the main traction. Control and response are instant. Torque delivery is maximum at a stand still and the power band can be close to flat. Breaking energy can be recovered rather than wasted as heat. Way more reliable. Very few moving parts…

The shame of it is that battery technology is lagging way behind. So a thermally efficient Atkinson cycle petrol engine, computer controlled within its power band, with a petrol tank and a modest battery, weigh less, cost less and take up less space than an equivalent conventional EV battery. The ICE is used as an electricity generator - a job for which it is far better suited.

After a lifetime of manual sports cars and coupes and crude automatic daily drives, my Prelude actually feels like it belongs in the 21st century. And it’s so much fun!

 

[Alfettaman]

It feels so good to take of those fogged up nostalgia goggles. Let’s face it:

The only reason for a distracting, over complicated, power sapping, torque interrupting manual transmission and clutch in a car is to compensate for the inflexible, noisy, inefficient, polluting internal combustion engine. A situation made worse by using the Otto cycle to try to get decent power to weight ratio and flatten the peaky power delivery and get some usable low speed torque.

An electric motor makes so much more sense for the main traction. Control and response are instant. Torque delivery is maximum at a stand still and the power band can be close to flat. Breaking energy can be recovered rather than wasted as heat. Way more reliable. Very few moving parts…

The shame of it is that battery technology is lagging way behind. So a thermally efficient Atkinson cycle petrol engine, computer controlled within its power band, with a petrol tank and a modest battery, weigh less, cost less and take up less space than an equivalent conventional EV battery. The ICE is used as an electricity generator - a job for which it is far better suited.

After a lifetime of manual sports cars and coupes and crude automatic daily drives, my Prelude actually feels like it belongs in the 21st century. And it’s so much fun!

You're right. The Prelude is an astonishing feat of engineering, and makes most of the cars that people get nostalgic about look decidedly 'last millenium'. All we need now is a battery pack with the same energy density as a tank of petrol...

I'm sick of seeing lightweight and uninformed reviews of the Prelude saying it needs 350+hp, manual transmission, four wheel drive, etc - and be $10k cheaper too. "My Ford truck makes more power than that". Fine - so drive your Ford truck. It'll free up a Prelude for someone who'll actually appreciate its capabilities...

 

[PR76UDE]

You're right. The Prelude is an astonishing feat of engineering, and makes most of the cars that people get nostalgic about look decidedly 'last millenium'. All we need now is a battery pack with the same energy density as a tank of petrol...

I'm sick of seeing lightweight and uninformed reviews of the Prelude saying it needs 350+hp, manual transmission, four wheel drive, etc - and be $10k cheaper too. "My Ford truck makes more power than that". Fine - so drive your Ford truck. It'll free up a Prelude for someone who'll actually appreciate its capabilities...

Unfortunately that was me for a while, when I saw the spec sheet on launch I dismissed it as a weird pointless slow thing and gave it no further thought, assuming someone at Honda had been on some weird drugs when they decided on the drivetrain.

Then I was wandering between dealers a couple weeks back looking for a new car but had no idea what I actually wanted. Having never even driven a Honda before, I crossed the street to their dealership, saw a blue Prelude parked out front, and half-sarcastically asked if I could take it for a test drive. 15 minutes later I'm completely hooked and have spent the days since learning everything and anything I can about the car.

You'll find kinda the same thing in the more sensible reviews. They slate it initially, start to warm up to it after a couple minutes driving, and then usually by the end they're quite impressed and starting to get it. Though they usually do add a comment that it could do with a little more power, which is fair enough but I don't see how it could have been done without an entirely new and unique power train which would have completely blown the development budget for such a low production car anyway. (Which is why a Type R Prelude just isn't happening, sorry.)

Though if anything what I find quite impressive is that it isn't a feat of engineering in of itself. When you boil it down they took a Civic, gave it a pretty and swoopy body, Type R suspension but with softer dampers, and a single extra software mode for the e:HEV system. Nothing crazy, but damn does it work.

Without a doubt at this point Honda is going to carry on along this path, building slow on paper but incredibly engaging in reality cars. It'll take a couple years but the mainstream will soon realise Honda is absolutely on to something here.