S13 drift build
Nissan 180SX / 240SX / Silvia (S13). 1989-1994.
- Years
- 1989-1994
- Weight
- 2,600-2,800 lb
- Steering
- RHD and LHD
- Used price
- $4,000–$18,000 (checked 2026-10-06)
- As a first build
- 2/5 - straightforward
- Parts availability
- 5/5 - everything is on a shelf
The honest read on a S13
The S13 is the reason the aftermarket for drift exists in the shape it does. It is light, the front suspension geometry responds well to modification, and there is more documented knowledge about making one slide than about any other car on this list. That popularity is also the problem: the cheap ones were all used hard a decade ago, and what is left on the market has usually been drifted, crashed, repaired and sold several times over. You are not buying a used car, you are buying a used drift car, and the chassis inspection in Phase 0 matters more here than on almost anything else.
Why it drifts
Short wheelbase, low weight, and a front end that will take a lot more lock than it came with. The factory geometry is forgiving enough to learn on and adjustable enough to stay interesting when you are not a beginner any more. Crucially, almost everything in Phase 1 and Phase 2 is available off the shelf for it, which is why a first build on an S13 costs less in wrong-part mistakes than the same build on something rarer.
Steering side, imports and region
US-market 240SX cars are left-hand drive with KA engines; Japan-market Silvia and 180SX cars are right-hand drive, usually with CA or SR turbo engines. Steering racks, knuckles, master cylinders, pedal boxes and some brake lines do not swap between the two. Japan-market parts listings frequently assume RHD, and a lot of money gets wasted on angle kits and racks bought for the wrong side.
A S13 plan, in the right order
Seat-time goal, every phase priced. $4,000–$18,000 for the car is not included.
- BaselineFix it before you break it $870–$2,640
- Get it slidingBoth rear wheels, one speed, somewhere to sit $1,265–$2,770
- ControlAngle, grip, and keeping it cool $120–$300
- Power and reliabilityPower last, and only as fast as the drivetrain can take it -
- CompetitionSafety, spares, and being able to fix it between runs -
| Goal | Parts | Consumables per season | First season all in |
|---|---|---|---|
| Seat time | $2,255–$5,710 | $1,590–$4,320 | $3,845–$10,030 |
| Street and local events | $5,950–$13,100 | $2,112–$6,426 | $8,062–$19,526 |
| Competition | $16,750–$45,230 | $2,112–$6,426 | $18,862–$51,656 |
What goes wrong on a S13
6 known weak points, each tagged with how much we actually know and which phase it belongs in.
Rear strut towers, frame rails and the area around the diff mount verified phase 0
This is the one that ends builds. Check inside the boot at the strut towers, along the rails under the car, and around where the differential mounts to the chassis. Surface rust on a floor pan is cosmetic; cracking or scaling at a suspension or diff mounting point is structural, and on a locked-diff car it spreads. Walk away rather than negotiate.
SR20DET oil pump drive and coolant passages community phase 0
The SR has a long-standing reputation for oil pump drive failures and for coolant passage issues when it is run hard with a cooling system that is merely adequate. Neither is a reason to avoid the engine, but both are reasons to do the Phase 0 cooling baseline properly and to fit oil pressure and temperature gauges before you add power.
Power steering rack and lines community phase 0
Leaking racks and hard, cracked high-pressure lines are near-universal at this age. Fix it in Phase 0, because an angle kit in Phase 2 asks the rack to work at extremes it has never seen, and a rack that is already weeping will not survive that.
Subframe and control arm bushings verified phase 0
Original rubber is thirty-plus years old and deflects under load, which means the alignment you pay for in Phase 2 will not stay where you set it. Doing bushings before coilovers and before the alignment means paying for one alignment instead of two.
Differential mount and axles once power goes up community phase 3
A locked diff sends every shock load into the mount and the axles. On an S13 the mount area is also a known rust spot, so the two problems compound. Reinforcing the mount is normal practice on a car making real power, and a spare axle belongs in the trailer.
Everything has already been modified badly once community phase 0
Because every S13 has been through this, expect to find welded-in bodged repairs, mismatched suspension, a hacked loom, and an angle kit someone fabricated in a shed. Budget time to undo other people's work. This is the single biggest hidden cost of a cheap S-chassis.
The full buying checklist, with what each problem costs to fix
Engines
| Code | What it is | Stock | Notes |
|---|---|---|---|
| KA24E | 2.4 single-cam four, the early US 240SX engine | 140 hp | Torquey and unburstable. Nobody loves it and it will not stop you learning. |
| KA24DE | 2.4 twin-cam four, the later US 240SX engine | 155 hp | The default US starting point. Enough torque to hold a drift without any work at all. |
| CA18DET | 1.8 turbo four, early Japan-market Silvia and 180SX | 169 hp | Smaller and rarer than the SR. Parts are harder to find than people expect. |
| SR20DET | 2.0 turbo four, the Japan-market engine everyone wants | 202 hp | The reason S13 prices are what they are. Known for oil pump and coolant-passage issues when pushed - see weak points. |
Swap options
| Swap | What it buys you | Rough cost | Difficulty | Notes |
|---|---|---|---|---|
| SR20DET | The traditional swap. Mounts, looms and knowledge are everywhere. | $3,000–$7,000 | 2/5 | So well documented that it is closer to an assembly job than a fabrication job. |
| 1JZ-GTE / 2JZ-GTE | Toyota straight six. More torque, far more reliable at power. | $5,000–$11,000 | 3/5 | Needs a complete kit including driveshaft and cooling. Heavier over the nose. |
| LS-series V8 | GM V8. Cheap torque, excellent parts support. | $6,000–$14,000 | 3/5 | Well-supported with off-the-shelf kits. Expect to address cooling and the driveshaft properly. |
| RB25DET | Nissan straight six. Keeps it in the family. | $5,000–$10,000 | 3/5 | More weight on the front axle than an SR and more expensive to fix. |
Power comes last in the plan for a reason. The grassroots and Pro-Am field mostly runs 200 to 350 hp and is not held back by it - see why phase 3 is phase 3.
Angle kits and wheel fitment
The best-supported chassis in the world for this. Everything from cut-and-welded knuckles at the budget end through GKTech and Parts Shop Max bolt-on kits to Wisefab at the top is available off the shelf. Two S13-specific things to know: kits are side-specific in the sense that RHD and LHD cars need the correct rack and knuckle combination, and the factory power steering rack and lines will not thank you for the extra travel - do the Phase 0 steering work first. Once a kit is on, expect your usable wheel offset window to move and expect to need an alignment immediately.
Offset window: front 10mm to 40mm in 8-9.5in widths; rear 0mm to 30mm in 9-10.5in. An angle kit moves the usable front window out by about 10mm.
Stock 240SX wheels are 4x114.3 and run a fairly high offset. Drift setups commonly go wider and lower-offset at both ends. These are the windows that commonly clear on a stock-bodied car - they are a starting point, not a guarantee. Measure your own car at full lock with the suspension loaded, because ride height, camber, tire profile and which angle kit you chose all move the answer. A spacer on wheels you already own is the cheapest way to test clearance before buying a set.
Questions
How much does a S13 drift build cost?
A seat-time build on a S13 comes to $2,255–$5,710 in parts, on top of $4,000–$18,000 for the car itself. Add $1,590–$4,320 a season for tires, fluids and entry fees, which is the figure most parts lists leave out. The full breakdown by phase is on the build cost page.
Is the S13 a good first drift car?
We rate it 2 out of 5 for difficulty as a first build and 5 out of 5 for parts availability. The S13 is the reason the aftermarket for drift exists in the shape it does. It is light, the front suspension geometry responds well to modification, and there is more documented knowledge about making one slide than about any other car on this list.
What should I check before buying a S13?
Lift the boot carpet and the rear seat is the first thing. Rear strut towers and the floor behind the seats are where structural rust shows first. Push hard with a screwdriver. Soft means rotten. There are 7 checks in the full buying guide, each with what it costs to put right if you find it.
What wheel offset works on a S13?
Front offsets of roughly 10mm to 40mm commonly clear on a standard-bodied car, in 8 to 9.5 inch widths. Fitting an angle kit moves that window out by around 10mm. These are starting points, not guarantees - measure at full lock with the suspension loaded.
Sources
- Drifted, 7 Reasons The Nissan S13 Is The Best Drift Car - 350bhp S13 at GBP 4,000-6,000 in modifications - checked 2026-10-06
- Driftworks forum, S13 budget drift build threads - year-one all-in costs - checked 2026-10-06
- Driftworks forum, Suspension upgrade plan S13 - checked 2026-10-06
- Drift HQ chassis catalogue confirms S13 as a first-class supported platform - checked 2026-10-06
Prices are market ranges with the date they were checked, not live quotes. We do not have a live price feed, so we show you a range and send you to the retailer for the real number rather than pretending to know it.