Our latest HL3-5 photocell has an internal quartz clock, and an integrated 500mW radio module. Kit includes 1 wireless photocell with integrated 500 mW radio transmitter, 1 reflector, 1 antenna, 1 charger and 1 suitcase. 500mW Radio Receiver for receiving cell pulses sold separately. RECEIVER HL675-RX   

Three swimming-specific modes offer the possibility to record and analyse number of strokes, differential times, average strokes as well as comparing the times of 2 swimmers at the same time and even timing of up to 9 swimmers with a mass start method. Discover our presentation video below.

Reflector for photocell.

The Pocket-Pro Rallygives users access to timekeeping functions dedicated to the timing of Rally Events.  Discover our 2 presentation videos below.

Three swimming-specific modes offer the possibility to record and analyse number of strokes, differential times, average strokes as well as comparing the times of 2 swimmers at the same time and even timing of up to 9 swimmers with a mass start method.

The new ITS CHRONO receiver photocell is much more than a simple timing accessory: it is the direct successor to the legendary TAG Heuer Timing cell, a global reference for decades. Compatible with ITS Chrono ITSPH-EM transmitters, TAG Heuer Timing HL3-000 transmitters, and all types of reflectors (HL2-112).Thanks to a built-in audible signal, alignment is a breeze and installation takes just one minute !  With this receiver photocell, you are guaranteed professional, durable equipment designed to meet the demands of high-level competition.

The application of Dartfish Pocket Pro, called Pocket Pro-DF, offers two exclusive functions for training in athletics and swimming connected to mobile or tablet "my Dartfish Express". A new TAG Heuer for athletes and coaches with sharp technology needs.

500mW Wireless Photocell - HL3-500 HL3-1 power supply not included   

The innovative and bespoke application makes it possible to record and monitor processes, using industry standards of digital decimal calculations to an accuracy of 1/10,000th of a minute.