Use your displayed power, a reach you observed, and your own win rewards to make a transparent next-step estimate.
The +1 High Jump Power Escape calculator provides an interactive target-power gap, optional candidate-boot reach, a trophy-goal module, and visible estimate limits. Enter current power, calibration reach, target stud height, and an optional alternative-boot bonus; the secondary Trophy Goal Planner uses current trophies, a target, and your observed reward per win.
Enter your own same-session observation. This is an estimate, not an official formula.
The game has never published its jump formula, so this tool does the one honest thing available: it derives an exchange rate from your own numbers and applies it transparently.
| Step | Formula | What it tells you |
|---|---|---|
| 1. Effective power | base power + boot bonus | Boots add extra jumping power per the official description, so the planner works with your combined stat. |
| 2. Power-per-stud | effective power ÷ observed reach | Your personal exchange rate: how much power one stud of height cost you in the session you measured. |
| 3. Target power | target studs × power-per-stud | The power estimate a target height would need if your rate held — and the gap shows how much growing is left. |
| 4. Trophy plan | ceil((target − current) ÷ trophies per win) | Exact win count for your own reward rate, with an optional time figure from your average run length. |
Example numbers below are entered by a hypothetical player to demonstrate the arithmetic — they are not game data. Swap in your own values.
A player enters 10,000 power, a +500 boot bonus, and an observed reach of 105 studs. Power-per-stud is 10,500 ÷ 105 = 100. Aiming at the thumbnail's 999-stud marker needs an estimated 99,900 power, so the displayed gap is 89,400 — a concrete farm goal instead of a vague “jump higher.”
The same player tests a candidate boot worth +1,500. Estimated reach becomes 11,500 ÷ 100 = 115 studs — ten studs higher than the current setup, for zero extra grinding. If the real boot offers less than that in the client, the tool just saved a wasted unlock.
With 340 trophies, a 500-trophy goal, and 2 trophies per observed win, the planner returns 80 wins. Add a 3-minute average run and it also returns 240 minutes — four hours of play, which tells you whether the goal fits tonight or needs a week of sessions.
Every output scales from one observation, so its reliability equals that observation's quality.
Measure a reach near your current limit, not an easy first level. Early heights cost far less power than later ones if the game curves its requirements, so a low calibration point understates what far targets need. Re-measure after any boot change, because a new bonus resets the rate.
A gap of a few hundred power is a solid plan; a gap of 90,000 is a direction. As you climb, repeat the calibration and let the estimate tighten. The 2026-10-03 check confirms the game is still shipping updates (most recently October 2), so expect requirement changes and recheck after each one on the update watch.
No. The game's real jump formula lives on the developer's side and has never been published. This tool uses a ratio you calibrate yourself — your displayed power divided by a height you actually reached — so every output scales from your own observation instead of an invented constant.
The observed reach is what makes the estimate yours. Power alone says nothing about height; power divided by the height it already bought you (power-per-stud) is the exchange rate the rest of the math runs on. Take both numbers from the same session so a recent upgrade cannot skew the ratio.
Boots add extra jumping power on top of your base stat (that is the official description's third rule). The planner folds your current boot bonus into effective power, and if you enter a candidate boot bonus it estimates the reach you would gain from switching — useful before you commit an unlock.
The win count is exact arithmetic for the numbers you enter: remaining trophies divided by trophies per win, rounded up. The time estimate is only as good as your average run time, so time a few real runs before trusting the hours figure.
The ratio assumes height grows linearly with power. Level requirements, map geometry, and any hidden modifiers the game applies can bend that line, and a big boot change moves the rate itself. Recalibrate after large upgrades and treat far-off targets as rough ranges, not promises.
