Loadscope vs. QuickLOAD: Predict a Load, or Score the One You Shot?
QuickLOAD predicts a load from physics before you shoot; Loadscope scores the load you actually shot and names your best one. QuickLOAD is the long-standing internal-ballistics simulator — it predicts pressure and velocity before you ever pull the press handle. Loadscope works the other end: it reads the real chronograph and target data from the ladder you actually shot. Different jobs entirely — and they pair well.
It's easy to line these two up as rivals because both live in the load-development world, but they answer different questions. QuickLOAD answers “what might this load do, and is it in a safe window?” Loadscope answers “of the loads I just fired, which one actually won?” Here's the honest comparison.
What QuickLOAD does well
QuickLOAD has been the reference internal-ballistics tool for decades, and for good reason. It models the burn inside your chamber from a deep database of powders, cartridges, and bullets, and estimates pressure, muzzle velocity, and barrel time for a given combination. You can compare powders on screen, see how a change in seating depth or barrel length shifts the numbers, and get a sensible, safe starting window before you spend components at the range. For understanding why a load behaves the way it does, it's a genuinely valuable tool.
Where it's limited
- It's a prediction, not a measurement. QuickLOAD models an idealized barrel; your real barrel, brass, primers, and conditions will differ. Its own guidance is to treat the output as a starting point and cross-reference published data — the range still has the final say.
- It doesn't read your real range data. QuickLOAD doesn't import your chronograph sessions or weigh what you actually shot; it works from the model, not your results.
- No group measuring, no scoring. It won't measure your target groups or combine velocity spread, group size, and vertical to name a winner — that read is still yours.
- Windows-only, and the interface shows its age. It's a paid, dated program (roughly $150), and Garmin Xero owners get no direct import of what they shot.
What Loadscope adds
- It works from your real data. Reads your Garmin Xero over USB (and LabRadar, MagnetoSpeed, and more) — the actual sessions you fired, not a model of them.
- Measures your target groups from a photo — group size, mean radius, point of impact — right in the app, no calipers.
- Scores and names your best load. It weighs the velocity flat-spot, SD, mean radius, and vertical across every charge and seating depth you tested and calls the winner — from results, not predictions.
- Predicts your DOPE and prints a pocket range card for the load it names, and carries it to your phone.
| QuickLOAD | Loadscope | |
|---|---|---|
| What it is | Predicts a load (simulation) | Scores the load you shot |
| Works from | A physics model | Your real range data |
| Garmin Xero import | No | Direct |
| Measures target groups | No | Yes |
| Names your best load | No | Yes |
| DOPE / range card | No | Yes |
| Price / platform | ~$150, Windows | $59 one-time, Mac & Windows |
So which is right for you?
Honestly, this isn't an either-or for a lot of shooters. If you want to understand pressure, compare powders on screen, and pick a safe starting window before you shoot, QuickLOAD is a proven tool for that job. If you want a tool that reads the ladder you actually fired, measures your groups, and names your best load from real results — and prints the range card for it — that's Loadscope. Plenty of handloaders use QuickLOAD to narrow the window, then let Loadscope call the winner from what came off the target.
Let your real range data name the winner.
Loadscope reads your Garmin Xero directly, measures your target groups from a photo, scores every powder charge and seating depth, names your best load, and prints a range card. Mac and Windows, one-time $59, 30-day money-back.
See how it works →