The SPORTident ComCard Pro is the next generation of the SPORTident ComCard made for sportive orienteering. It combines the SI-Card10 and a high-quality compass in one single, beautiful device. Use the ComCard Pro to both navigate on the track and punch at the control stations.
The electronics hide under your thumb for optimal, distraction-free orienteering. Building on the proven SI-Card10, the ComCard Pro stores up to 128 punches. The device registers the data record in 60 ms, which is twice as fast as the ComCard Up.
The ComCard Pro's patent-pending design guarantees zero deviation of the compass needle and at the same time offers the comfortable SPORTident punching experience that you have come to rely on.
The ComCard Pro is available with a selection of high-quality capsules to best meet athletes' orienteering style.
Both left-handed and right-handed compass models are available. The ComCard Pro is sold for 74 Euro plus VAT and shipping costs.
Punch with the ComCard Pro
Navigate and punch with the ComCard Pro
Be fast with the ComCard Pro
Model type | Thumb compass |
Number range | 7,000,001 ... 7,999,999 |
Typical application | Sportive orienteering |
Data exchange time | 60 ms |
Clear time | < 0.5 s |
Intermediate times | 128 |
Special records | CLEAR, CHECK, START, FINISH |
Time format | 24h-format, day of week, counter for up to 4 weeks |
SI-System compatibility, Firmware stations | SI-Stations BSF7/8, firmware V5.74 and higher |
Operating range | -20°C ... +50°C* |
Protection class | IP 67 (DIN EN 60529) – Protection against penetration of dust – Protection against the ingress of water during short-term immersion |
Warranty | 2 years |
Weight | 35 g |
Dimensions | 71 mm x 88 mm x 5 mm |
Colours | transparent |
* At very low temperatures or very high altitude the formation of bubbles in the compass capsule is possible (but not obligatory). When a compass is subsequently placed under normal conditions, the bubbles tend to disappear and, in the future, might not reappear even in cold weather or at high altitude. (The plastic material after such "training" becomes more elastic.)