# Project Profile

- Project Name: VoltSkid
- Preferred X Username: @VoltSkid
- X Bio: Tune clock. Outsmart heat. A local chip-racing challenge lab with a planned community league token.
- Token Name: VoltSkid
- Token Ticker: VSKD
- Token Description: VoltSkid turns chip tuning into a race against heat. Adjust clock, cooling and power, compare simulated laps, and keep a personal leaderboard. VSKD is planned for custom league creation and voting on challenge rules, connecting community choices to the tuning experience.

## Pre-launch Tweet 1

```text
A chip hits the ignition. Heat takes the inside line. VoltSkid is a playground for finding the balance between speed and energy. What gives first: your clock or your cooling?
```

![VoltSkid pre launch 1](pre-launch-1.png)

## Pre-launch Tweet 2

```text
Three controls. One stubborn corner. Tune clock, cooling and power in VoltSkid, then see the compromise in a local simulation. Your next build starts with a better question.
```

![VoltSkid pre launch 2](pre-launch-2.png)

## Project Launch Tweet

```text
Meet VoltSkid: a local chip-racing challenge lab. Tune, test and save your builds. Planned token: VoltSkid / $<ticker>, for custom leagues and rule voting. Token not issued. CA: <ca>
https://www.voltskid.xyz/
```

![VoltSkid project launch](project-launch.png)

## Follow-up Tweet 1

```text
More clock is a request. Your power cap and heat budget get a vote. Try raising clock with everything else held steady in VoltSkid. Where does the extra speed stop helping?
```

![VoltSkid follow up 1](follow-up-1.png)

## Follow-up Tweet 2

```text
Cooling buys thermal room, but it spends energy doing it. Run two builds with different cooling levels. Which compromise would you take into the next corner?
```

![VoltSkid follow up 2](follow-up-2.png)

## Follow-up Tweet 3

```text
A sprint build has a different problem from an endurance build. Take one configuration across all three VoltSkid tracks. Which track makes you reach for the sliders?
```

![VoltSkid follow up 3](follow-up-3.png)

## Follow-up Tweet 4

```text
Change one thing. Run again. Compare the lap time and energy before moving the next slider. VoltSkid is a local simulation: learning the tradeoff is the point.
```

![VoltSkid follow up 4](follow-up-4.png)

## Follow-up Tweet 5

```text
Found a build worth keeping? Save it to your device leaderboard. These are personal simulated records with no cash value. Give your next experiment something to chase.
```

![VoltSkid follow up 5](follow-up-5.png)

## Follow-up Tweet 6

```text
The planned next layer: community-created leagues and voting on challenge rules. Which rule would make tuning more interesting: tighter energy caps or hotter tracks? The current lab stays free to try.
```

![VoltSkid follow up 6](follow-up-6.png)

## Follow-up Tweet 7

```text
The best tuning question starts after the finish. What would you change in VoltSkid: clock, cooling, or power? Run an experiment and tell us which tradeoff surprised you.
```

![VoltSkid follow up 7](follow-up-7.png)
