Inputs and models
Results depend on the projectile, velocity, distance, scope, and environmental values supplied by the user, using the model identified by each tool.
Field-ready precision
SC Ballistics
Your complete ballistic calculator
SC Ballistics calculates trajectories and energy, compares projectiles, analyzes groups, scores targets and organizes your reloading recipes.
Platform
iOS · Android
Mode
Offline
Lang
05
UI/v2.4● LIVE
// About / Mission
Built for Real Shooters
Designed specifically for beginners and intermediate shooters who want practical results without complexity. A simple interface, quick calculations, and results that are easy to interpret for common sport-shooting scenarios. No PhD in ballistics required.
01
3 Taps
Scope Zeroing
02
100%
Offline
03
Quick
Calculations
// Methodology / Transparency
How the calculations should be used
SC Ballistics is produced and maintained by Strike Coded Bootcamp. The app turns the values you enter into practical estimates; it does not replace manufacturer data, qualified instruction, or confirmation at the range.
Field validation
Treat trajectory and scope adjustments as a starting point. Confirm them progressively on a safe range before relying on them.
Units and safety
Unit conversions follow the International System of Units. Reloading and firearm safety data must come from the relevant manufacturers.
Maintained by Strike Coded Bootcamp: developer@scb.center · Last reviewed:
// Capabilities / 06
Why SC Ballistics is the Go-To Choice
For Beginners and Intermediates
F/01
Quick, Practical Ballistic Calculations
Turn complex ballistic formulas into practical results. Enter your setup data, get a trajectory estimate, and validate it at the range.
F/02
3-Tap Scope Zeroing
A guided scope-zeroing workflow for beginners and intermediate shooters. Record the point of impact and receive a suggested correction in just three taps.
F/03
100% Offline Use
Works completely offline for maximum privacy and field reliability. No internet connection required - perfect for remote hunting locations and shooting ranges.
F/04
Optimized for Field Conditions
Built specifically for real-world shooting scenarios. Large buttons, clear displays, and simplified workflows that work perfectly even with gloves or in challenging conditions.
F/05
Muzzle Energy Calculator
Calculate the kinetic energy of the projectile at the barrel exit with practicality and consistency. Results presented in Joules (J), foot-pounds (ft·lb) and Power Factor (PF).
F/06
Bullet Consistency Analyzer
Evaluate your projectiles with guided sampling process: weigh, measure and record key parameters in minutes. Discover deviations that can affect grouping.
// Toolkit / Standard issue
Available Tools
Discover all professional tools available in SC Ballistics
13 MODULES
ALL UNLOCKED
Technical guide / Ballistic calculation
How does a ballistic calculator work?
A ballistic calculator estimates projectile trajectory from muzzle velocity, ballistic coefficient, sight height, zero range, and atmospheric conditions. SC Ballistics turns those inputs into bullet-drop, energy, and scope-correction tables in MOA or MRAD, available offline on iOS and Android.
Ballistics calculator inputs that matter
IN/01
Projectile and velocity
Use the correct projectile weight and ballistic coefficient. When possible, enter chronograph-measured muzzle velocity instead of relying only on the nominal velocity printed on the ammunition box.
IN/02
Sight and zero
Measure sight height from the bore axis to the optic center, confirm the true zero range, and select the turret unit. These values turn trajectory into useful scope clicks.
IN/03
Atmosphere and range
Temperature, pressure, altitude, and wind affect trajectory. Record local conditions and calculate only to distances you can verify safely at an authorized shooting range.
From ballistic model to drop table
The bullet-drop tool uses Runge-Kutta numerical integration to estimate trajectory while accounting for gravity, aerodynamic drag, and atmospheric conditions. G1 and G7 models describe how a projectile relates to standard drag curves. Results include drop, velocity, energy, and corrections matched to the scope unit.
Why verify the calculation on target?
Every ballistics calculator produces an estimate from the inputs provided. Lot variation, actual velocity, optic mounting, and weather can shift the point of impact. Confirm zero and trajectory progressively in a safe, authorized environment before relying on the table under different conditions.
Technical content by SC Ballistics · Updated September 1, 2026
Reloading recipes
Your recipes, ready to share
Record every component, save your favorites and share recipes with the people you reload with.
Everything recorded
Caliber, bullet, powder and the details that make a difference.
Share in seconds
Send a complete recipe directly from the app.
Keep favorites close
Mark trusted combinations so they are ready when you need them.
// Signature feature / 05
Grouping Analysis
Evaluate your shot consistency
01 / Mark impacts
02 / Read result
Diameter
4.38 in
13.07 MOA·3.80 MRAD
Caliber
9mm
Luger
Distance
32 yd
5 shots
Center deviation
2.44 in
H +1.1 in·V +2.2 in
// Field log / Screens
See the App in Action
Intuitive interface, modern design and powerful tools at your fingertips
SCR/00
View →Video Demo
See the app in action with all features
// Target user / Operator
Professional Ballistic Tools
Quick & practical calculations designed for field conditions. Get accurate results without complex formulas or advanced technical knowledge.
- 01
Quick ballistic calculations in seconds
- 02
3-tap scope zeroing system
- 03
Works 100% offline - maximum privacy
- 04
Large buttons for field conditions
- 05
Clean interface without distractions
- 06
Photographic grouping analysis
// Regions / Localized
Available in Multiple Languages
The app is available in the following languages:
// Knowledge base / FAQ
Frequently Asked Questions
Find answers to the most common questions about SC Ballistics Calculator
Entries indexed
12
Use the Scope Calibration tool in SC Ballistics Calculator. Enter zeroing distance, bullet velocity, ballistic coefficient, and scope height. The app calculates adjustments in MOA or MRAD and generates a correction table by distance.
The Ballistic Drop Calculator calculates trajectory considering initial velocity, ballistic coefficient, zeroing distance, and environmental conditions. Generates tables with drop in centimeters and necessary scope adjustments.
The Ballistic Coefficient Calculator uses velocities measured at two distances, bullet weight and diameter, and environmental conditions. The app automatically calculates BC using G1 or G7 models.
Use the Ballistic Converters. 1 MOA ≈ 1.047 inches at 100 yards; 1 MRAD = 3.6 inches at 100 yards. The app converts between MOA, MRAD, and degrees.
The Grouping Analysis allows marking impacts on a target photo, calibrating the scale, and calculating group diameter in centimeters, MOA, and MRAD. The app classifies accuracy and suggests corrections.
The Kinetic Energy Calculator uses mass (grains or grams) and velocity (m/s or fps) and returns energy in Joules or ft·lbs.
The Reloading Cost Calculator allows recording costs of bullet, primer, powder, and case and calculates cost per round, helping compare loads and save money.
The Ballistic Converters convert velocity between m/s, fps, km/h, and mph. Enter a value and the app converts automatically.
The Free Recoil Energy Calculator uses firearm weight, bullet weight, velocity, and powder weight and returns recoil energy in Joules or ft·lbs.
The Scope Calibration calculates adjustments to zero at a specific distance. Enter desired distance, bullet velocity, and BC, and the app indicates necessary clicks.
The Ballistic Drop Calculator uses the Runge-Kutta method to calculate trajectory considering gravity, aerodynamic drag, and environmental conditions. Generates complete trajectory tables.
The Ballistic Drop Calculator generates tables with drop, corrections, and necessary clicks for different distances. You can save and export as PDF.
// Support / Contact
Contact and Support
Need help with SC Ballistics, found an issue, or want to reach the developer? Send your message directly to support.
Support channel
developer@scb.centerUse this email for questions, technical support, feedback, and requests related to the app.
Send email