ISSF Electronic Targets vs Paper: How Each Scores Your Shots

The first time you walk onto a big range, the strangest part is not the lighting or the quiet. It is looking downrange and seeing no paper at all. Instead of target frames there are dark rubber faces, and next to your firing point sits a small screen that will tell you, within a second of the shot, exactly what you scored. Electronic targets run world-level ISSF competition end to end, yet most shooters spend their first years on paper. Knowing how each system scores, and where they genuinely differ, removes a whole category of match-day surprises.

What are ISSF electronic targets and how do they work?

An electronic target uses acoustic or optical sensors behind the target face to locate each shot's impact point and compute its ring value instantly. A monitor at your firing point shows the score and position, replacing manual scoring with plug gauges and marking pens.

Inside the frame, the visible black face is a replaceable rubber membrane or paper sheet stretched over sensor hardware. In the common acoustic design, several microphones sit around the strike zone and triangulate the shockwave of the pellet hitting the face; the system converts that position into a ring value mathematically. Optical designs use cameras instead and read the hole visually. Both approaches achieve accuracy well inside the margin a manual scorer could ever dispute.

The market has a handful of established makers. SIUS of Switzerland is the best known and a long-time supplier at Olympic level, and brands like Megalink and Meyer are common at European ranges. The ISSF does not simply trust these systems on reputation: it runs certification tests and publishes an approved list of electronic scoring target systems, and only certified equipment may be used at its championships. When you shoot a World Cup, the target itself has passed an exam.

How does scoring change on electronic targets?

The rings are unchanged. A ten is still a ten, the dimensions match the paper target for your discipline, and your hold, sight picture and release decide the outcome exactly as before. What changes is what happens after the shot lands.

Scores appear immediately at your firing point, shot by shot, with a running total. In qualification that value is a whole ring, just as it would be on paper. In finals the same hardware shows tenths: each shot in the ten ring is scored from 10.0 to 10.9 based on distance from the centre, which is how finalists get separated without a single tiebreak shot being wasted. The finals scoring guide covers that format in detail.

There is also a spectator layer you only notice at bigger events. Large screens around the hall mirror each final's shots so the audience follows the drama live, something a paper target can never offer. For you as the shooter, the monitor matters more, and it cuts both ways: instant feedback is a superb training tool and a terrible temptation when you start reacting to every 10.4 instead of finishing your shot sequence.

Electronic targets vs paper targets: side by side

Neither system is "the real one". World titles are decided on electronics and club legends are built on paper, and the underlying score is meant to be identical. The differences live in speed, resolution and the dispute process, not in the rings.

How are paper targets scored when electronics are not used?

Manually, and more carefully than beginners expect. After the relay, a scorer reads each shot hole and writes its ring value in the corner of the target. The unambiguous ones go fast. When a hole touches the line between two rings, the scorer uses a plug gauge, a precisely machined plug inserted into the hole; if the gauge's edge cuts the higher ring line, the shot scores the higher value. That edge-to-edge principle, the hole touching rather than centring on the ring, decides every borderline shot on paper.

Two shooters reading the same target will agree on 58 of 60 shots and shrug about the rest, which is why the gauge exists and why formal protests have a defined process. It is slower than a screen, but it is transparent: you can watch a measurement happen, and the target itself remains as evidence.

What happens when you disagree with a score?

On electronic targets, first look at your monitor. The shot position and value shown there is what the system recorded, and most "wrong score" moments are actually right shots the shooter did not want. If you still believe the value is wrong, raise it with the range officer rather than arguing with the screen.

Know the cost before you insist. In qualification, a shooter may formally protest the value of a shot; if the protest is denied, a two-point penalty is applied automatically. That rule exists to keep protests honest. In finals the door is closed entirely: protests against the value or the number of shots are not permitted, because the electronic system's decision is final and the format cannot pause for arbitration. The guide to your first ISSF competition walks through the other officiated moments worth knowing in advance.

Do electronic targets change how you should train?

Only in the good sense: you get a shot-by-shot record without touching a pen. Use it the way a coach would. Read the value after the shot is finished, not during the hold, and look for group position and shape before you look at any single score. A string of 10.2s with two nines at the same clock position tells you something a paper target only reveals after you collect it.

Train on both systems if you can. Leagues, club championships and selection matches at many levels still run on paper, and the skills differ slightly: on paper you call each shot before the target comes back, which builds honesty that instant screens quietly erode. Calling your shots, deciding where the hole should be before anyone tells you, is the habit that makes electronic feedback useful instead of addictive.

If your home range is paper-only, technology can still shorten the loop. Photographing your targets and letting an app score them gives you the electronic-style record at club prices, and scoring ISSF targets with your phone explains the workflow. Pair that with a training diary and you have most of what a SIUS lane gives you, minus the instant gratification.

faq

Are electronic targets more accurate than manual scoring?

For locating a single shot, yes, comfortably. Acoustic systems resolve impact position to a fraction of a millimetre, beyond what a human with a gauge can judge. Manual scoring remains accurate in the whole-ring sense, but decimals in finals are only possible because sensors measure the shot rather than eyeball it.

Do electronic targets wear out or fail mid-match?

The rubber or paper face is consumable and gets replaced constantly, and the sensor systems are monitored during competition. Failures are rare; when one is suspected, range staff and the jury handle it, and that is exactly what the formal protest procedure exists for in qualification.

Can I see my shot placement on the screen, or just the number?

Both. The monitor shows the shot's position on a target graphic along with its value and your running total, which is what makes electronic lanes so useful for training.

Is scoring different for rifle and pistol on electronics?

No. The same target systems serve the 10m disciplines and, at ranges built for them, 25m and 50m events as well; each uses the ring dimensions defined for that discipline, just as paper does.

Whichever system your next match uses, the score still comes from your fundamentals: position, sight alignment, release, follow-through. TargetLog scores photographed paper targets by the same ISSF ring rules a gauge-wielding scorer applies, and keeps the history of every session in one place; you can download the app or browse the feature overview to see how it fits your training.