IMPORTANT: Starting March 1, 2026, billing for Science of Accuracy subscriptions ends permanently.
Website access and standalone content will be discontinued soon after. Transition now to AB Quantum™ to keep enjoying – and dramatically enhance – your educational journey through AB Quantum™ which now incorporates the Science of Accuracy Academy™ in the AB Learn tool and directly interact with AB content using AB Spotter.
The Science of Accuracy is Transitioning to AB Quantum™ with AB Learn and AB Spotter
The podcasts, instructional videos, and other content previously on The Science of Accuracy Academy™ site are now accessible via AB Learn, built directly into AB Quantum™ and available with a PRO-level subscription. No more separate logins or browsers: watch, listen, and learn on the go, then immediately apply insights directly in AB Quantum™.
The Future Is Here: AB Spotter – Your Personal Ballistics Expert
With the latest AB Quantum™ update (3.5) and a PRO level subscription, we’ve integrated AB Spotter: an advanced AI assistant trained exclusively on the complete Applied Ballistics knowledge database. This includes:
- All Applied Ballistics books
- Every white paper and technical resource ever produced
- The full library of podcasts and videos from The Science of Accuracy Academy™
- Device user manuals, setup guides, and troubleshooting documents
AB Spotter lets you directly interact with this vast expertise in real time. Ask detailed ballistics questions – from deep dives into aerodynamic principles, spin drift causes and corrections, precise WEZ assessments, gun profile optimization, to app settings, Bluetooth connectivity issues, device compatibility, licensing, and more – and get accurate, trustworthy answers grounded solely in Applied Ballistics’ authoritative sources. It’s like having Bryan Litz and the entire AB team available 24/7 right inside your phone, ready to explain concepts, solve problems, and guide you to better shots.
Benefits of Switching to AB Quantum
- Direct, Conversational Access to AB Knowledge: AB Spotter turns passive reading/watching into active Q&A – get instant, personalized explanations for any ballistics topic or app/device question.
- More Cost-Effective: No separate subscription required for education – AB Learn and AB Spotter are part of AB Quantum’s ecosystem.
- Superior On-the-Go Experience: Mobile-first design means your full library + AI expert travel with you to the range, hunt, or match – ask questions in the field and get answers without delay.
Update 3.5 featuring AB Spotter and AB Learn is available now. Download today, subscribe, and explore AB Spotter by asking your toughest ballistics questions, and experience the next level of precision shooting education and support.
Awesome conversation! Thanks for helping me diagnose a developing case of SD-OCD and reset on practice. Suggestion for future discussion would be the definition of “wind brackets”, considerations + process on how to create them prior to a match and how you use them on stage for corrections. Thanks again.
Outstanding. Good explanation of why a “systems solution” is needed. (Oh, and mathematician Waloddi Weibull was still alive when I was working for a living)
Your ability to get to the heart of the matter clearly is very much appreciated. Short & sweet & right on point. When I’m struggling to explain my bullet choices for a given application to a shooting buddy, I’ll just send them a link instead. Thanks guys!
Idea for the next podcast, not accuracy related, but the “slow bullets” episode really got me thinking about terminal performance. It may be outside the scope of Applied Ballistics but could you guys talk about bullet design choices and their impact on terminal performance? It always seems to be pretty “fudd-lore” with impact velocity having a huge impact on how a bullet performs. But even as simple as what purpose a meplat of cannelure have at different speeds could be very enlightening.
For years and years I heard about heavy slow bullets beating fast lightweight bullets, but ran into multiple shooters that just told me there was no reason to shoot those heavy bullets in a service rifle. I just knew that was not true, so I used your AB and CDMs to construct an analog chart that showed wind drift at multiple velocities for various projectiles used in across the course shooting. It’s not even close for 600 yard shooting. As long as the heavy bullets can group well, you are leaving a lot on the table in terms of wind drift if you are not shooting super heavy bullets at 600.
Trying to convince people of that even after look at the chart, is nearly impossible.
https://drive.google.com/file/d/1n2DaqrLgGHefGFmzG62USoGRY1HZeS0F/view?usp=sharing