MUNCLE MIKES COLLECTOR GUIDE
Aston Martin Vantage GTE — 2026 JKY05
Neon green lower bodywork and number 68 graphics light up this black Vantage. The long side stripe gives the car a different profile from the earlier Gulf and lime racing releases.
- Release year
- 2026
- Series
- Neon Speeders 5/8
- Toy code
- JKY05
- Body color
- Satin Jet Black
Official Identification
| Manufacturer | Mattel |
|---|---|
| Brand | Hot Wheels |
| Casting/model | Aston Martin Vantage GTE — 2026 JKY05 |
| Release year | 2026 |
| Series | Neon Speeders 5/8 |
| Toy/product code | JKY05 |
| Scale | Not documented in the reviewed references |
Physical Details
| Body color | Satin Jet Black |
|---|---|
| Documented identification cues | Use the exact reference photograph and the release details below |
| Base, interior, windows and country | Not fully documented in the reviewed references unless stated elsewhere on this page |
Packaging Details
| Release format | Use the pictured release and caption; original package details remain unknown when the photograph shows the car loose |
|---|---|
| Toy / product code | JKY05 |
| Regional differences | Not documented in the reviewed references |
What to look for
JKY05 is the 2026 Neon Speeders 5/8 release. Its dark themed card repeats the black-and-green palette.
Release details
| Body | Satin Jet Black |
|---|---|
| Accents | Neon green |
| Racing number | 68 |
Variation Summary
Choosing one for your collection
Check the green side graphics and the small number panel for rubbed printing. Matte-looking dark paint needs soft lighting to show surface marks.
Inspect the green lower edges and rear wing separately; the bright decoration can distract from damaged aero parts.
Collector questions
Which number appears on the Neon Speeders Vantage?
The pictured JKY05 uses number 68 with neon green accents on a Satin Jet Black body.
Browse the MM shop
Browse MM’s loose Hot Wheels and finished customs for more cars to add to your display. These are broader collections; check each shop listing for its exact model, scale and condition.
