Precision Launch: a strategy guide
Precision Launch is the reflex-free arcade game on the site. There is no timer and nothing moves until you release, but the projectile obeys a real rigid-body physics simulation, so angle, power and bounce all behave the way your intuition expects them to.
Each daily level gives you a launcher, a target, a scattering of stars and a limited number of attempts. Landing the target is the objective; collecting stars on the way is what separates a pass from a good run.
The rules, restated
- Drag back from the launcher to set angle and power, then release to fire.
- You have a fixed number of attempts per level — spend them deliberately.
- Hitting the target completes the level. Stars collected in flight add to your score.
- Bounce pads reflect the projectile and are often the only way to reach stars tucked behind obstacles.
- The trajectory is simulated, not scripted: the same drag produces the same shot every time.
- Your best score for the day is kept, so a later worse run does not overwrite a good one.
A worked example
A typical level puts the target behind a tall wall, with two stars sitting in the pocket in front of the wall and a bounce pad on the floor to the right.
The direct high-arc shot clears the wall and hits the target, and it scores. But it misses both stars, because they are below the arc.
The better line is a flatter, harder shot at the bounce pad. The projectile skims the two stars on the way in, kicks off the pad, and drops onto the target from a steeper angle. Same one attempt, three times the score.
The reason to fire the direct shot first anyway is information: it tells you exactly how much power the distance needs, which is the hard part of aiming the bounce line.
Why aiming is a search problem
Because the simulation is deterministic, Precision Launch is not a test of steadiness — it is a search over a two-dimensional space of angle and power, with a handful of samples allowed. Framed that way, the optimal strategy becomes obvious: your early shots should be chosen to maximise information, not to maximise the chance of a hit.
A shot that lands well short tells you almost nothing except that you need more power. A shot that lands just past the target tells you the power curve precisely, and lets your next attempt be a small correction. Deliberately overshooting on the ranging shot is therefore usually better than deliberately undershooting.
The same logic applies to angle. Two shots at the same power and different angles bracket the target far more usefully than two shots that both feel like a good guess.
Reading a level
Every level has an intended line — a single trajectory that collects most of the stars and finishes on the target. Finding it before firing is most of the game. Look at where the stars cluster: they are placed along the intended path, so three stars in a shallow curve are effectively a drawn trajectory.
Bounce pads are the other tell. A pad is never decorative; it exists because some part of the level is unreachable without it. Trace the reflection off each pad and see which pocket it opens up.
Obstacles work in reverse. A wall between you and the target does not just block the direct shot, it narrows the set of viable arcs to those clearing its top edge, which is often a useful constraint rather than an obstruction — it tells you the minimum angle.
Common mistakes
Firing at maximum power by reflex. Full power flattens your control: the same drag error moves the landing point much further, and most levels are inside comfortable range anyway.
Chasing a single unreachable star and running out of attempts. Score the target first if attempts are running low; an incomplete level scores nothing regardless of stars.
Ignoring a near miss. A shot that clipped the target's edge is one small drag adjustment from a hit. Re-aim from the previous shot rather than resetting your intuition.
Quick reference
Spend the first shot on calibration — Fire a deliberate ranging shot to learn the power curve for this level. With attempts to spare, knowing the distance is worth more than a lucky hit.
Flat and fast beats high and slow — Low trajectories are far easier to aim precisely because small angle errors do not compound over a long arc.
Plan the star route, not the target — The target is usually easy. Decide which single path collects the most stars and then work out how to hit the target at the end of it.
Bounce pads are aiming aids — A pad turns a hard angle into two easy ones. If a star looks unreachable, look for the pad that points at it.
Repeat what worked — The simulation is deterministic. If a shot nearly worked, reproduce the drag and adjust it by a hair rather than starting from scratch.
Frequently asked questions
- Is the physics real?
- Yes — the projectile, the walls and the bounce pads are simulated with a rigid-body physics engine, so trajectories and rebounds are consistent and repeatable.
- How many attempts do I get?
- A fixed number per level. Running out ends the run, so calibration shots are a real trade-off.
- Do I have to collect every star?
- No. Stars are the scoring layer on top of completing the level; hitting the target is what finishes it.
- Does it work with touch?
- Yes. Drag back from the launcher with a finger exactly as you would with a mouse; the aim guide follows your touch.