bramfrank
BramFrank
It occurs to me that there might be some interest in this product among the members of this board.
For the past 3 months I've been beta testing a bike alarm that a friend has been developing. He's got the first production lot ready to ship and I have access to it. The unit is a very high end device and is minimally invasive, both in terms of wiring and in terms of operation.
It comes with a separate transponder. You clip the transponder to your belt or hang it from the supplied lanyard around your neck or just stuff it in your pocket (I don't recommend attaching it to your key ring as that kind of defeats the purpose of the alarm in the first place).
When you are within about 10-15 feet of the bike the alarm function is automatically disabled - the alarm will still beep and the turn signals flash with status changes (moving the bike or turning the key in the ignition), but the siren will not sound.
You can't start the bike unless the transponder is in range.
From beyond the sensor range the alarm will sound if the bike is moved (it has a REAL lean angle sensor that is recalibrated with each arming) or if the bike is switched on.
- The siren will sound for about 30 seconds, then reset until the next event
- The transponder starts to beep - the pager has a much longer range (about 700 feet, they say) than the proximity sensor.
I managed to lose my first transponder and programmed the unit for emergency bypass. Took about a minute and it requires letting the siren cycle. Today, as I rode to the garage to store the bike I stopped off at their offices and had a new remote programmed up (so I could put the alarm to sleep). That took about 3 minutes.
You can apparently have multiple transponders for one bike and you can pair a transponder with more than one bike.
So in operation it is as simple as walking up to the bike you want to ride, turning the key and waiting a second for a confirming beep, then starting the bike.
The alarm itself is a sealed waterproof module with a connector/wiring harness at the rear. It has a built-in rechangeable battery so it keeps working even if the bike's battery is disconnected. You can put it into a 'sleep mode' for storage and there is a service mode for when you drop the bike at the dealer for service.
Installation took me about 2 hours - and I had no instructions beyond a description of the wire functions and colors. I've written up a document since. Connections are:
Ground
Battery Power
Switched Power
Left turn signal
Right turn signal
'Starter disable' (wired in series with the starter push button).
With the exception of the battery power, everything electrical needed is under the front left lower cowling at a single connector - and I suspect that I might have been able to find battery if I'd looked. But I took the negative and battery connections and ran them to the battery itself. On the FJR I tie wrapped the unit itself to the neck of the coolant cap plumbing, also on the left side.
This is not a cheap toy - I guess it competes with the Scorpio - it certainly does more and is completely transparent in it's operation.
Retail is $360, but obviously I can get them for less.
I'll have to take some pictures and post them, but it'll take a while for me to get that going - I have some not 'great' ones that I will post, but can't do better ones for a while because I just parked and covered the bike for the winter.
Any interest here?
For the past 3 months I've been beta testing a bike alarm that a friend has been developing. He's got the first production lot ready to ship and I have access to it. The unit is a very high end device and is minimally invasive, both in terms of wiring and in terms of operation.
It comes with a separate transponder. You clip the transponder to your belt or hang it from the supplied lanyard around your neck or just stuff it in your pocket (I don't recommend attaching it to your key ring as that kind of defeats the purpose of the alarm in the first place).
When you are within about 10-15 feet of the bike the alarm function is automatically disabled - the alarm will still beep and the turn signals flash with status changes (moving the bike or turning the key in the ignition), but the siren will not sound.
You can't start the bike unless the transponder is in range.
From beyond the sensor range the alarm will sound if the bike is moved (it has a REAL lean angle sensor that is recalibrated with each arming) or if the bike is switched on.
- The siren will sound for about 30 seconds, then reset until the next event
- The transponder starts to beep - the pager has a much longer range (about 700 feet, they say) than the proximity sensor.
I managed to lose my first transponder and programmed the unit for emergency bypass. Took about a minute and it requires letting the siren cycle. Today, as I rode to the garage to store the bike I stopped off at their offices and had a new remote programmed up (so I could put the alarm to sleep). That took about 3 minutes.
You can apparently have multiple transponders for one bike and you can pair a transponder with more than one bike.
So in operation it is as simple as walking up to the bike you want to ride, turning the key and waiting a second for a confirming beep, then starting the bike.
The alarm itself is a sealed waterproof module with a connector/wiring harness at the rear. It has a built-in rechangeable battery so it keeps working even if the bike's battery is disconnected. You can put it into a 'sleep mode' for storage and there is a service mode for when you drop the bike at the dealer for service.
Installation took me about 2 hours - and I had no instructions beyond a description of the wire functions and colors. I've written up a document since. Connections are:
Ground
Battery Power
Switched Power
Left turn signal
Right turn signal
'Starter disable' (wired in series with the starter push button).
With the exception of the battery power, everything electrical needed is under the front left lower cowling at a single connector - and I suspect that I might have been able to find battery if I'd looked. But I took the negative and battery connections and ran them to the battery itself. On the FJR I tie wrapped the unit itself to the neck of the coolant cap plumbing, also on the left side.
This is not a cheap toy - I guess it competes with the Scorpio - it certainly does more and is completely transparent in it's operation.
Retail is $360, but obviously I can get them for less.
I'll have to take some pictures and post them, but it'll take a while for me to get that going - I have some not 'great' ones that I will post, but can't do better ones for a while because I just parked and covered the bike for the winter.
Any interest here?
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