Nissan Leaf & Ariya Front Wheel Stud – M12 x 1.25 – Single or Pack of 20
This wheel stud holds the wheel to the hub on the front axle of the Nissan Leaf, and on the Nissan Ariya. It is an M12 x 1.25 galvanised stud, 46.5 mm long with a 14.2 mm knurl, and it is pressed into the hub flange.
Replace a stud if the thread is damaged or stripped, it has been over-tightened or stretched, or it turns in the hub. Never drive with a damaged wheel stud.
This is Febi part number 199137 for a single stud, made by the bilstein group. Febi also supplies it as a pack of 20 under part number 199118.
Febi is a brand of the bilstein group, a German parts maker that supplies replacement parts for cars and vans across the world. Each part is made to match the original in fit and function, so it fits without modification.
Listed in the parts finder for the Nissan Leaf (ZE0, 2010 – 2018) 80 kW, Leaf (ZE1, 2017 on) 110 kW and 160 kW and Ariya (FE0) (all 6 power outputs listed). Some versions carry a note in the fitment table. The parts finder adds these notes: “Fitting Position: front axle”; “Fitting Position: rear axle”. Compare the Nissan part number on your existing part with the numbers on this page before ordering.
Key Benefits
- M12 x 1.25 thread
- 46.5 mm long, 14.2 mm knurl
- Galvanised, strength class 10.5
- Front axle Leaf and Ariya
- Priced per stud, sold singly or in packs of 20
- Febi quality from the bilstein group
Specifications
- Thread: M12 x 1.25
- Knurl Diameter: 14.2 mm
- Length: 46.5 mm
- Length Under Head: 42 mm
- Thread Length: 25.5 mm
- Head Diameter: 19 mm
- Surface: Galvanised
- Strength Class: 10.5
- Part Number: Febi 199137
Replaces Nissan part numbers 43222-70T00 and 43222-70T0A.
Installation
Professional installation recommended. Press the old stud out and the new one in so the knurl seats fully, and tighten the wheel nuts to the vehicle maker’s torque with a torque wrench.
Explore More Parts
| Attribute | Value |
|---|---|
| Thread | M12 x 1.25 |
| Knurl Diameter | 14.2 mm |
| Length | 46.5 mm |
| Length Under Head | 42 mm |
| Thread Length | 25.5 mm |
| Head Diameter | 19 mm |
| Surface | Galvanised |
| Strength Class | 10.5 |
| Part Number | Febi 199137 |
Fits The Following Nissan Models
| Model | Submodel |
|---|---|
| Nissan Ariya (FE0) 2020 – Fitting Position: front axle Fitting Position: rear axle | (E) – 250 kW / 340 hp |
| Nissan Ariya (FE0) 2020 – Fitting Position: front axle | (E) – 178 kW / 242 hp |
| Nissan Ariya (FE0) 2020 – Fitting Position: front axle Fitting Position: rear axle | (E) – 290 kW / 394 hp |
| Nissan Ariya (FE0) 2020 – Fitting Position: front axle Fitting Position: rear axle | (E) – 205 kW / 279 hp |
| Nissan Ariya (FE0) 2020 – Fitting Position: front axle Fitting Position: rear axle | (E) – 225 kW / 306 hp |
| Nissan Ariya (FE0) 2020 – Fitting Position: front axle | (E) – 160 kW / 218 hp |
| Nissan Leaf (ZE0) 2010 – 2018 Fitting Position: front axle | (E) – 80 kW / 109 hp |
| Nissan Leaf (ZE1) 2017 – Fitting Position: front axle | (E) – 160 kW / 218 hp |
| Nissan Leaf (ZE1) 2017 – Fitting Position: front axle | (E) – 110 kW / 150 hp |
Nissan Leaf & Ariya Front Wheel Stud – M12 x 1.25 – Single or Pack of 20 FAQs
Which part numbers does it replace?
Replaces Nissan part numbers 43222-70T00 and 43222-70T0A. The Febi part number is 199137.
Can I buy a pack?
Yes. Priced per stud, sold singly (Febi 199137) or in packs of 20 (Febi 199118), which adds 20 to your basket.
Does it fit the rear?
On the Leaf it is listed for the front axle. Febi 199136 is the rear stud, which we list separately.
Will it fit my Nissan Leaf?
Listed in the parts finder for the Nissan Leaf (ZE0, 2010 – 2018) 80 kW, Leaf (ZE1, 2017 on) 110 kW and 160 kW and Ariya (FE0) (all 6 power outputs listed). Some versions carry a note in the fitment table. The parts finder adds these notes: “Fitting Position: front axle”; “Fitting Position: rear axle”. Check the notes in the fitment table and compare the Nissan part number on your existing part.
Is this a genuine Nissan part?
No. It is a quality replacement part made by the bilstein group to match the original in fit and function.
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