Smart Zero
Android app by Kopano Energy Resources Pty Ltd. Tools · Kopano Energy Resources Pty Ltd
- Store rating
- Unknown
- Store rating count
- Unknown
- Download price
- 2.99 USD
- In-app purchases
- Not listed in captured metadata
- Version
- 2.0.4
- Listing last refreshed
- 2026-09-13
View the original store listing
Store description excerpt
How to – Smart Zero your Rifle – with the ultimate step by step guide - to optimize Precision and Accuracy. Smart Zero - calculate GP-POI (Groups for Precision) shot groups and analyse the Mean Radius for reliable down range Precision and Accuracy results, with actual output instruction. Smart Zero - will give you step by step guidance - to generate the correct shot group valid data and analytics (Mean Radius, Extreme Spread, etc) for your application – hunting, sport shooting, match shooting etc. Smart Zero – is the ultimate tool to optimize the MEAN RADIUS of your Shot Groups for Precision and Accuracy data to hold true in your ballistic solver app at distance. Why does Smart Zero work? Because the objective of shooting groups is to confirm the probable (1) zero and (2) stability of the mean POI factor of the rifle, measured against the (A) relative point of aim (POA) also known as: Mean Radius (MR), to minimise the miss error / Median Error Radius (MER). The Circular Error Probable (CEP) or “circle of equal probability”, with Gaussian distribution, is a measure of the firearm’s precision as a “measure of error” in an enclosed radius circle (for example a 1 MOA angular measurements size at distance) centred on the probable POA (point of impact), where it is expected that 50% of rounds will impact (enclosed). Think of it as the median error radius (MER) as a measure of precision. The problem with small (low count) group shot data sets: A 3-shot group is useless for any predictability; statistically it has a 25% (or 75% error) equating the circular error probable (CEP), statistically it will always suffer from various metric elements (e.g. SD) deviating 60-70% up (worse) or down (better) within the parameters of a full 30-shot data set. Hunting rifles that start off with a larger average (¾ MOA), a 3-shot group may typically be 0,5-1,5 MOA. The deviation for a 5-shot group will be 40-50%, for a 10-shot group 30-40%, for a 20-shot group 20-25%, for a 30-shot group 15-20%, and, for reference purposes, for a 50-shot group 10% in relation to the full shot data set average. Therefor statistical model: 30-round data set for precision rifles – and 20-round data sets for hunting rifles for minimum loss/miss risk.
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Recent captured chart positions
| Country | Chart | Category | Rank | Captured |
|---|---|---|---|---|
| ZA | top-grossing | Tools | 97 | 2026-09-13 |
Chart position, rating count and review coverage do not establish downloads, revenue or profit. Understand the differences.