Professional Flyball Timing & Flyball Lights System

A Flyball EJS, or Electronic Judging System, electronically controls and monitors a flyball race using timing sensors, race lights and timing equipment.

LE Flyball Pro is a complete Flyball EJS combining sensor gates, high-visibility flyball lights, a large LED race clock and secure browser-based race control software into one portable system.

Flyball lights provide the visual start sequence and fault indications required during flyball racing.

LE Flyball Pro uses high-visibility LED flyball lights together with electronic sensor gates and race timing software, providing competitors and officials with clear visual race information.

A Flyball EJS uses electronic sensors to detect dogs crossing the start and finish line while automatically controlling race timing and visual signals.

LE Flyball Pro combines the sensor gates, Brain Box, flyball lights, race clock and control software into one integrated system.

A Flyball Electronic Judging System is electronic timing and judging equipment used to monitor the start, individual runs, changeovers and overall timing of a flyball race.

LE Flyball Pro provides these functions through electronic sensor gates, LED race and fault lights, a large race timer and browser-based software.

A complete Flyball EJS normally requires timing sensors, race lights, timing electronics, a race display and a method of controlling the race.

LE Flyball Pro can provide the complete system, including sensor gates, Brain Box, LED Andon race/fault lights, large race timing display and browser-based controllers/software.

Flyball timing lights provide a controlled visual countdown at the beginning of the race and can also provide fault indications during racing.

LE Flyball Pro automatically controls the lighting sequence while the electronic timing system monitors the race.

Yes. LE Flyball Pro incorporates high-visibility LED lights for the race start sequence.

The system provides a controlled countdown sequence before the race begins, integrated directly with the electronic timing system.

Yes. LE Flyball Pro includes high-visibility LED fault indication.

The system can clearly identify lane faults using the LED Andon light system, providing immediate visual information to competitors and officials.

A flyball race timer electronically measures the elapsed time of a flyball race.

LE Flyball Pro uses electronic sensor gates and a large high-visibility LED race clock, giving teams and spectators a clear indication of race timing.

Yes. LE Flyball Pro calculates individual dog run times rather than providing only the overall race time.

Individual timing information can be viewed within the race software, making the system useful for both competition and training.

Yes. LE Flyball Pro records and displays changeover timing information.

This allows teams to review the time between dogs and analyse where improvements can be made to passes and overall race performance.

Yes. Start timing information can be viewed within the LE Flyball Pro race software.

The Race Summary provides useful historical information including start, individual run and changeover timing data.

Yes. LE Flyball Pro includes a Race Summary allowing timing information from the race to be reviewed.

This provides teams with considerably more useful information than simply displaying the final race time.

Yes. LE Flyball Pro is suitable for competition and training.

Individual run, start and changeover information can help teams analyse performance and work on faster, more consistent starts and passes.

Yes. The system can be used during training sessions to provide accurate electronic timing rather than relying on handheld stopwatches.

The same sensor gates and timing hardware used for racing can therefore become a valuable training tool.

Yes. Simple setup was one of the key design objectives of LE Flyball Pro.

The sensor gates require just one RJ45 connection back to the Brain Box, with straightforward connections from the Brain Box to the race clock and Andon light stack.

This keeps race-day setup simple and avoids a mass of individual sensor wiring.

No. The sensor gate assembly connects back to the Brain Box using a simple RJ45 connection.

The sensors are managed within the gate assembly, keeping the external cabling straightforward for the user.

The Brain Box is the central hub of the LE Flyball Pro system.

The sensor gates connect to the Brain Box using RJ45, with connections from the Brain Box to the large race clock and LED Andon light stack. Wireless browser-based controllers can then communicate with the system over Wi-Fi.

Yes. Wi-Fi can be used for the race control interface.

This means the main timing hardware can retain reliable physical connections while the user enjoys the convenience of wireless race control.

No. LE Flyball Pro does not require the user to depend on a dedicated proprietary tablet or handheld controller.

The control software is browser based and can be accessed from compatible devices connected to the system.

Yes. LE Flyball Pro can be controlled using compatible iPads, Android tablets, phones and computers with a modern web browser.

This gives clubs flexibility when choosing their control devices and makes replacement much easier if a tablet is damaged or eventually needs replacing.

No. LE Flyball Pro uses browser-based control software rather than requiring a dedicated app.

Once an authorised device is connected to the system network, the race control interface can be accessed through its web browser.

No public internet connection is required for normal local race operation.

The Brain Box runs the local system, allowing connected controllers to access the race software even at venues where internet connectivity is poor or unavailable.

Yes. The system operates through a configured network with controlled access.

Only authorised users should be given the system network credentials, helping prevent other nearby devices from accessing the race controls.

Yes. LE Flyball Pro has been designed as a portable flyball timing system.

The Brain Box, sensor gates, flyball lights, race display and controllers can be transported between training venues, competitions and events.

Yes. LE Flyball Pro can be configured for DC operation using a suitable customer-supplied 12V leisure battery.

This makes the system suitable for outdoor locations where mains electricity may not be readily available.

Yes. AC-powered versions are available in addition to DC/battery operation.

This allows clubs to choose the most appropriate power arrangement for their venue and how they intend to use the system.

Yes. LE Flyball Pro can be configured for international power requirements, including UK and US mains supplies.

DC-powered operation is also available, making the system suitable for clubs and competitions in different countries.

Yes. LE Flyball Pro is designed and manufactured in the UK by London Electronics Ltd.

The system combines specialist flyball software with proven industrial LED display, sensing and control technology.

LE Flyball Pro is built using hardware derived from London Electronics’ established industrial electronics and display ranges.

With around 35 years of experience in industrial electronic displays and control equipment, we have approached the Flyball Pro as professional equipment designed for repeated setup, transport and use rather than as a lightweight consumer product.

LE Flyball Pro currently has a typical manufacturing lead time of approximately 6–8 weeks, subject to specification and production capacity at the time of order.

This gives clubs a realistic timescale when planning new equipment for training, competitions or the forthcoming season.

Yes. LE Flyball Pro has been developed as a complete electronic flyball timing solution rather than requiring clubs to source unrelated components.

A complete system can include sensor gates, Brain Box, flyball lights, race clock and browser-based race control software.

Yes. London Electronics develops both the hardware and software, giving us the ability to customise systems and develop additional functionality where required.

This also provides a platform for future development rather than locking the customer into completely fixed hardware.

The standard LE Flyball Pro system currently displays historical race information within the local software, including individual run, start and changeover timing information.

Direct external timing-data export is not currently included as a standard feature.

Where external data access is required, London Electronics can discuss additional integration as a chargeable development option.

Yes, this can be developed as an additional option.

London Electronics can provide cloud connectivity, API access or other data integration where a club, organisation or competition requires timing information to be shared with another system.

These functions are specified and quoted according to the individual requirement.