Laser Detector Jammers

Laser detector jammers are about to supercede radar detectors in a big way as the main method of defence against a speeding ticket. With the rise in popularity and decrease in cost of laser speed measuring systems, radar detectors will soon become a costly hood ornament. Only a jamming detector will be able to give you enough time to react and slow down!

With advances in speed detection, there have also been advances in laser detectors. The BLINDER laser detector/jammers use powerful sensors that can detect the use of laser guns far off in the distance. Within a few milliseconds BLINDER can identify the incoming signal, the number of pulses per second and identify through the use of a lookup table the correct counter signal, sending back a mimicking laser signal designed to confuse and nullify any speed reading

tick Blinder

How do Laser Detectors Work?
Laser At The Speed of Light

Well most people don't know that speed detection technology has moved on in leaps and bounds over the past 25 years to where it is today. Laser is the new kid on the block and it is a powerful tool for law enforcement. Laser guns right out of "Star Wars" are now being used by Police the world over to enforce the speed limits.

A laser speed gun measures the round-trip time for light to reach a car and reflect back. Light from a laser speed gun moves a lot faster than sound -- about 984,000,000 feet per second (300,000,000 meters). A laser speed gun shoots a very short burst of infrared laser light and then waits for it to reflect off the vehicle. The gun counts the number of nanoseconds it takes for the round trip, and by dividing by 2 it can calculate the distance to the car.

LIDAR

LIDAR laser speed gun on a tripod for accurate aiming.

If the gun takes 1,000 samples per second, it can compare the change in distance between samples and calculate the speed of the car. By taking several hundred samples over the course of a third of a second or so, the accuracy can be very high.

The advantage of a laser speed gun (for the police anyway) is that the size of the "cone" of light that the gun emits is very small, even at a range like 1,000 feet (300 meters). The cone at this distance might be 3 feet (1 meter) in diameter. This allows the gun to target a specific vehicle. A laser speed gun is also very accurate. The disadvantage is that the officer has to aim a laser speed gun -- normal police radar with a broad radar beam can detect doppler shift without aiming.

Laser "coalescent light" is unlike normal light because it doesn't spread out in all directions. A laser beam 5mm wide sent from the earth to the moon will only spread a foot or so by the time it reaches the moon. LIDAR speed guns and speed cameras aren't that good, but the spread is rather small as mentioned above.

BLINDER Compatibilbity

Advantages:

  • The speed reading "can" be much more accurate under "ideal" conditions. It is "claimed" that the narrow beam makes target verification more certain than with radar.
  • Laser systems that scan the target area can identify target vehicles and map the area almost as well as a black & white photo. The Lasers used by enforcement authorities in Australia operate on a frequency of 904 nanometers.
  • Laser can obtain an accurate speed reading over much greater distances in normal traffic compared to radar.
In the states and territories of Australia, Laser Speed Guns have replaced most hand-held radar guns for stationary "point-and-shoot" speed traps. By the end of 2010 Western Australia will use LIDAR exclusively with 30 LIDAR speed cameras replacing the out dated Multanova's.

Disadvantages:

  • The officer has to aim a laser speed gun. With radar on the other hand, aiming isn't that critical.
  • Without a tripod the device can be difficult to aim over long distances.
  • "Side Slip" (shooting down the side of the car) can give false speed readings. Usually fixed by the use of a tripod.

Stealth & Jammers

There is little point to using a laser jammer if the moment your jammer is activated, it causes a "Gun Being Actively Jammed" response on the Police Laser Speed Gun. For sure if this happened you would be stopped. Some Laser Jammers do cause Jamming Codes to appear on the Police Laser Gun. However, with the BLINDER M27 & M47 X-TREME you can drive with confidence knowing that this will not occur.

Independant testing of BLINDER defeating the most difficult laser gun, Laser Stalker LZ-1 with JTG, Jam to Gun, performance;

Part two shows how small the laser beam is and how difficult it would be for a windshield mounted radar detector to even alert to a laser beam!

How is this possible? I here you ask. Well the BLINDER mimics the same signal that is put out by the laser gun. This is no small feat considering that the BLINDER must detect the laser signal and then compute an exact response in less that a few milliseconds.

The Laser Gun then becomes convinced that there is no target vehicle. Naturally, it might become a little suspicious if the laser gun signal was jammed for more than a few seconds, so you can either reduce speed and turn off the BLINDER or have the unit deactivate automatically after a few seconds. (These settings can be adjusted with the use of the BLINDER Software and a computer.)

As new Police Laser Guns and Speed Cameras come into use in Australia and New Zealand, you can be sure that your BLINDER will stay current. All you need to do is download the updated software patch and using a desk-top computer or laptop, upgrade the CPU firmware so that it can recognise the Laser Signature of the new device. This in effect "future proofs" you BLINDER against expensive upgrades that you may need for other brands of jammer.

SPECIAL NOTE - BLINDER systems are built to jam police laser guns and laser speed cameras. However you do need to be intelligent about the way you use your laser jammer. If you're targeted by a police officer the buzzer inside the car will alert. Slow down, drop to the posted speed limit, and then shut off the jammer.

Radar Detectors & Laser Guns

Sure this radar/laser detector might detect a laser gun when it's pointed at your car, but it will NOT give you enough warning to avoid getting a laser speeding ticket. Radar detectors are designed to be fitted to the windscreen of a car, but laser guns are aimed at your number plate.

This is a photo (below) of a soon to be retired "radar/laser detector". Radar is going out of fashion in favour of LIDAR as the best technology to measure vehicle speed. Police forces the world over are retiring their radar systems in favour of laser due to the science which means less challenged court cases and successful appeals.

Radar is going out of style

How does Radar Work?

Echo and Doppler Shift

Echo is something you experience all the time. If you shout into a well or a canyon, the echo comes back a moment later. The echo occurs because some of the sound waves in your shout reflect off of a surface (either the water at the bottom of the well or the canyon wall on the far side) and travel back to your ears.

The length of time between the moment you shout and the moment that you hear the echo is determined by the distance between you and the surface that creates the echo.

Doppler shift is also common. You probably experience it daily (often without realizing it). Doppler shift occurs when sound is generated by, or reflected off of, a moving object. Let's say there is a car coming toward you at 60 miles per hour (mph) and its horn is blaring.

be eye safe

Radar Gun used incorrectly from a bridge overpass.

Radar guns gives an officer the feeling that it can be aimed accurately, as in this photo. The radar gun even has sights, which are a little pointless considering the wide angle of the radar jet. The broad jet of radiation isn't narrow or vehicle specific. Shooting speed reading from a bridge as in this photo is NOT Legal as shown in the News in South Africa recently Dec 2009.

You will hear the horn playing one "note" as the car approaches, but when the car passes you the sound of the horn will suddenly shift to a lower note. It's the same horn making the same sound the whole time. The change you hear is caused by Doppler shift.

The pitch change (frequency shift) of the sound can be used to calculate the speed of the moving object. Echos can also be used in a similar way, using time delay as the main data source.

When a police radar shoots out a radar pulse, it echoes off of all sorts of objects -- metal fences, metal bridges, metal street signs and other cars. The easiest way to remove all of this sort of clutter is to filter it out the signals that are not Doppler-shifted.

A police radar looks only for Doppler-shifted signals,but because the radar beam is not tightly focused it can hit more than one vehicle. Care must be taken to avoid any reflection and other vehicles in the vicinity when using this type of speed measuring device.

Disadvantages:

  • Radar guns and speed cameras are prone to interference and giving false readings due to reflections given off by metal objects in the arc of coverage. Electrical high voltage wires can also cause interference making radar useless near high voltage train lines and power transformers.
  • Radar radiation can be dangerous to the operator causing bad headaches and even (anecdotally) cancer.
  • Radar can't detect a single vehicle in busy traffic to the degree that LIDAR is capable of performing.
  • Radar sends out a wide jet of radiation compared with focused laser light.

Vitronic Poliscan Laser Speed Camera

Poliscan Speed by Vitronic

The New BLINDER software update April 2011 includes the ability to jam the new Vitronic PoliscanSpeed laser speed camera. This is great news for those motorist in Australia, Germany and USA who have paid a high price in speeding fines because of this high tech camera system.

The New BLINDER CPU's detects the Vitronic Laser Speed Camera from a distance of at least 120m to 200m in Western Australia and up to 400m in Germany. The Vitronic PoliscanSpeed camera is set at a 45 degree angle to the road which limits the laser beams arc of travel. This means that laser detectors might not be good enough without BLINDER jamming capability. This new laser speed camera can pick your vehicle out in heavy traffic by scanning the road area 100 times every second. It could in fact paint a picture of the scene just using laser reflections alone.

"Shooting Ducks in a Barrel" was never so easy for the police. You can kiss your money good-bye, unless you install a BLINDER hidden laser detector.

As new Police Laser Guns and Speed Cameras come into use in Australia and New Zealand you can be sure that your BLINDER will stay current. All you need to do is download the updated software patch and using a desk-top computer or laptop, upgrade the CPU firmware so that it can recognise the laser signature of the new device. This in effect "future proofs" you BLINDER against expensive upgrades that you may need for other brands of jammer.

 

BLINDER

Scanning laser speed cameras can cover multiple lanes of traffic and are not hindered by refections compared to radar speed devices.

All firmware upgrades are free with your BLINDER System. BLINDER International work quickly to bring new jamming algorithms to market so that you remain ahead of the game.

New combined laser speed camera & red light camera systems are soon to be used at major traffic intersections in Australia. BLINDER upgrade firmware now released detects the VITRONIC PoliscanSpeed camera from a distance of 120m in Australian tests and 400m in tests carried out in Germany

Using The BLINDER Correctly (Note: The software in the BLINDER allows you to preset automatic shut-off time limits.)

Never jam a police officer all the way to the gun. It isn't necessary. When you hear the alarm, slow down to the speed limit and then turn off the jammer. Once you turn off the jammer the officer will instantly get a reading. He will then see you're driving at the posted speed limit. No suspicion will arise if you use a laser jammer correctly.

 
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Download Software Upgrade Testing of the Blinder Radar Detectors

LIDAR (Light Detection And Ranging) is an optical remote sensing technology that measures properties of scattered light to find range and/or other information of a distant target. The prevalent method to determine distance to an object or surface is to use laser pulses. Like the similar radar technology, which uses radio waves, the range to an object is determined by measuring the time delay between transmission of a pulse and detection of the reflected signal


BLINDER X-TREME are manufactured in different hardware versions. Importing BLINDER products from USA or Europe to use in Australia will not afford you correct protection.

ONLY BLINDER products sold by authorised Australian dealers will load the Australian firmware settings.

Without the Australian firmware upgrades, you will not be correctly covered against laser speed measuring equipment used in Australia and New Zealand.