When it comes to long-range shooting, having an accurate and reliable ballistic app on hand can make all the difference. With the plethora of options available on the market, it can be challenging to determine which one is the best fit for your needs. This article will review some of the top ballistic apps for Android devices, evaluating their features, ease of use, and overall performance. Whether you’re a seasoned marksman or just getting started with long-range shooting, this guide will help you make an informed decision when selecting the best ballistic app for your Android device.
We have compiled a list of 6 Best Ballistic App For Android for your consideration, which have undergone rigorous testing and evaluation by our team of experts.
6 Best Ballistic App For Android
1. Applied Ballistics
The State of the Art Ballistics Solver by Bryan Litz, Applied Ballistics, is a professional tool intended for serious long-range shooters. It is capable of calculating accurate fire control solutions for long-range rifle shooting by accounting for all major and minor trajectory variables, including the use of measured G7 BCs and the option to use custom drag curves for specific bullets. The output is available in several formats, including single-shot HUD view, table output, graph output, and the highly effective reticle output view. The ballistic calibration feature allows the user to train the software to match a specific rifle based on observed impacts at long range.
The Applied Ballistics Mobile app boasts a feature list, including advanced secondary effect calculations, firearm/ammo/target organized into savable profiles, AB Connect™, custom drag curves for over 700 bullets, and load atmospherics based on GPS location and nearest weather station. Load atmospherics can also be loaded via Bluetooth-enabled Kestrel 4000 Series, Kestrel 5000 Series, and WeatherFlow Bluetooth Meter. Reticle views support scope magnification levels and account for what has been dialed-up on the turret. The HUD solution view allows for fast re-calculations for changing target distances, wind, and lead. The software does not need cell/internet service to run calculations.
2. Lapua Ballistics
Lapua Ballistics is a ballistics tool designed for mobile devices that boasts the utilization of the 6DOF calculation model, which makes it the most accurate ballistics app available. The app offers the latest Lapua cartridge and bullet data, which are Doppler proven, and allows users to combine this information with their firearm and local weather data. The app also includes the option to define custom bullets manually.
One of the key features of Lapua Ballistics is its use of the 6DOF calculation method, which is known for its accuracy. It also provides the latest Lapua cartridge and bullet information, with easy-to-use inputs for distance, wind speed, and angle. Users can choose from several result outputs, including numerical, reticle, table, and graph views, and share their calculation results with others.
The app also allows users to manage their rifle and cartridge data, such as creating their own firearm and reticle combinations, choosing between metric and imperial values, and defining aiming points for moving targets. Users can also define custom bullets, which are calculated based on BC G1 or G7 and Siacci methods, and pre-set a maximum of four powder temperature – Vo pairs to the same cartridge to correct for powder temperature sensitivity. Additionally, it offers sight-in-POI and Coriolis calculation and allows users to compare up to three Lapua cartridge/bullet performances to each other.
BallisticsARC is a mobile application developed by GeoBallistics, LLC, which offers ballistics solutions to shooters. The application is available for free on various mobile platforms, and the user can upgrade to the Pro version through a one-time in-app purchase.
The free version of BallisticsARC provides access to all modes for one custom rifle, and integration with WeatherFlow products is also available. Meanwhile, the Pro version provides unlimited custom rifle profiles, the capability to save and export range cards, opt-out of ads, and Kestrel LiNK compatibility.
It should be noted that to add additional rifle profiles or save/export range cards, the user must buy the Pro version. The free custom rifle can be adjusted to any caliber, but the Pro version is required to perform the aforementioned tasks.
BallisticsARC offers three modes: Chart, Map, and Comp. Chart Mode generates a traditional-style data chart from point A to point B, and responds immediately to weather updates and other changes.
Map Mode utilizes Google Maps to build range cards and range targets with GPS coordinates. Users can plan on or off-site range cards with immediate ballistic solutions, and save and load these range cards for later use. This mode overlays external ballistic data on satellite imaging to display a bullet’s performance along its path. The goal is to provide an effective way to educate shooters on external ballistics and promote ethical and accurate shooting.
4. Strelok. Ballistic calculator
Strelok is a ballistic trajectory calculator that boasts of being small, handy and accurate. It has been field-proven since 2001 and supports both imperial (yards, feet, inches, etc.) and metric units. MIL and MRAD are also supported in the application.
To use the application, users simply input all the parameters and push the Calculate! button, and the application will provide vertical and horizontal values for rifle scope correction. Strelok also offers the option to select a reticle from a list and see wind and distance corrections on the reticle without physically turning the knobs. Users can even send the reticle image with holdovers and ballistic table by e-mail.
All new features and reticles will be added to the paid version of the application, Strelok+. Currently, Strelok+ offers reticle scaling to the scope magnification and includes 10 rifles (with 10 cartridges each) and many new reticles. The free version, however, will not be updated any further.
Users can export rifles (with cartridges) to an XML-format file that can be edited with a usual text editor to easily migrate to Strelok+ (or iPhone). The exported file should be moved to the StrelokPlus folder, and on Strelok+, users can import the file (rifles.srl) to get their rifles.
5. Strelok Pro
The ballistic calculator app, Strelok Pro, boasts an extensive database of 2390 reticles, 3744 cartridges, and 2285 bullets (with an additional 662 bullets with G7 ballistic coefficients). It even allows for custom drag-functions and can utilize Lapua radar data.
The calculator has the ability to calculate trajectory without the use of ballistic coefficient, while also accounting for powder temperature, imperial and metric units, and density altitude. Additionally, it can calculate spin drift, gyroscopic stability factor, and vertical deflection of crosswind, as well as the Coriolis effect.
Strelok Pro offers several device compatibilities, including support for watches with Google Wear OS, Skywatch BL, Kestrel weather meters via Bluetooth (including the new 5×00 family), Kestrel DROP environmental data loggers, and Weatherflow WEATHERmeter. The app also allows for trajectory validation (truing) by speed or ballistic coefficient and can measure incline angle with phone camera.
Users can access current weather from the internet, store data to Dropbox or Google Drive for backup and sync between devices, and select target types from a big list of options. Strelok Pro has proven its accuracy since 2007.
The software also includes a BC based calculator, which helps in performing calculations based on the ballistic coefficient of the bullet. This feature allows for more accurate and precise calculations.
In addition, Hornady Ballistics boasts an extensive ammo library. This feature allows users to quickly access information on different types of ammunition. This is useful for those who want to compare or select the best ammunition for their specific needs.
Breaking up the information into shorter paragraphs improves readability and helps the reader to better understand each individual aspect of the software.