2019 Kia Optima Hybrid Bolt Pattern
Checking fitment for your vehicle? Below you will find the factory bolt pattern (also known as the lug pattern) for the 2019 Kia Optima Hybrid, along with offset and center bore data.
| Bolt Pattern (Lug Pattern) | 5x114.3 (5x4.5") |
|---|---|
| Lug Nut / Bolt Size | 12x1.5 |
| Center Bore (CB) | 67.1 mm |
| Offset (ET) | 35-50 |
| Torque Specs | 80 ft-lbs (108 Nm) |
Imperial Match: 5x114.3 is commonly referred to as 5x4.5" in US Standard.
2019 Optima Hybrid — Year-Specific Fitment Context
The 2019 Kia Optima Hybrid is in year 5 of 6 using the 5x114.3 pattern (2015–2020). Wheels from any 2015–2020 Kia Optima Hybrid are cross-compatible with the 2019 model.
Kia Optima Hybrid Bolt Pattern by Year
The table below shows how the Optima Hybrid's wheel specifications have changed over the years. The 2019 model year is highlighted.
5x114.3 Pattern Context
This bolt pattern appears on 2902 vehicles in our current database and is considered very common.
Examples of other vehicles using 5x114.3:
Expert Buying Guide for 2019 Kia Optima Hybrid
The 2019 Kia Optima Hybrid uses a 5x114.3 bolt pattern with a 67.1mm center bore. When selecting aftermarket wheels, ensure hub-centric rings are used to match the bore precisely, preventing vibrations. The offset range is 35-50mm; staying within this range maintains proper suspension geometry and clearance. Always use lug nuts with the correct thread pitch (12x1.5) and seat type (conical/60-degree) to avoid wheel loosening. Verify that aftermarket wheels have sufficient load rating for the hybrid's weight. Cross-compatibility with 2015-2020 Optima Hybrid models applies.
Historical Fitment Data Reference
In our dataset, Kia Optima Hybrid appears from 2015 to 2020 (6 model years). Across recorded model years, this model generally keeps the same bolt pattern.
- Observed bolt-pattern variants for this model: 1
- Observed center-bore variants for this model: 1
- Observed lug-size variants for this model: 2
- Observed total offset span across years: 91.0 mm
Quick Tips & Safety Warnings
- ✅ Re-torque lug nuts to 80-90 ft-lbs after 50-100 miles of driving.
- ✅ Avoid spacers unless necessary; they can alter offset and stress bearings.
- ✅ Check brake caliper clearance with aftermarket wheels, especially for larger rotors.
- ⚠️ Verify thread pitch before installation; M12x1.25 and M12x1.5 are not interchangeable.
- ⚠️ Confirm bolt pattern carefully. 5x114.3 is often confused with other common 5-lug patterns.
- ⚠️ This fitment uses a wide offset range. Check brake clearance and fender clearance before buying wheels.
- ⚠️ Torque lugs in a star pattern to 80 ft-lbs (108 Nm), then re-check torque after 50-100 km (30-60 miles).
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2019 Kia Optima Hybrid — Frequently Asked Questions
What is the bolt pattern for a 2019 Kia Optima Hybrid?
The 2019 Kia Optima Hybrid uses a 5x114.3 bolt pattern (also called lug pattern or PCD). The center bore is 67.1mm and the offset is 35-50mm.
What other years of Kia Optima Hybrid have the same bolt pattern as the 2019?
The Kia Optima Hybrid uses the 5x114.3 pattern from 2015 through 2020. Wheels from any of these model years are dimensionally compatible with the 2019, provided the offset and center bore also match.
Can I use spacers on my 2019 Kia Optima Hybrid?
Yes, but ensure the wheel spacers match the 5x114.3 bolt pattern and 67.1mm center bore. Also verify that you have enough thread engagement for your 12x1.5 hardware.
What lug nut size does the 2019 Kia Optima Hybrid use?
The 2019 Kia Optima Hybrid uses 12x1.5 lug nuts. Always verify the thread pitch and seat type (cone, ball, or flat) match your aftermarket wheels.
Do 2019 Kia Optima Hybrids use lug bolts or lug nuts?
The 2019 Optima Hybrid requires 12x1.5 hardware. Check your specific trim to ensure you use the correct conical or spherical seating.
Why is matching the 67.1mm center bore important for the 2019 Optima Hybrid?
The 67.1mm center bore ensures the wheel is perfectly centered on the hub. If the wheel is lug-centric instead of hub-centric, you may experience steering wheel vibration at highway speeds.
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