ok then how about bike numbers?

Luciano bailey

2005-06-02



We would all like to race at the tour where the numbers are smaller etc..

Lets be serious most of these tour riders are so publicized in europe they

are recognizable without numbers. But here in obra land only Candi is

qualified to pick almost all the racers on sight. This seems like a whole

lot of hub-bub for not. I have worked as an official for four years and work

hard to be very accurate when it comes to results. I cannot believe there is

such a problem with placings that it has come to a hundred e-mail disscusion

on replacing officials with a chip. For officials like myself who relish

being able to train under Candi feel we are taking our jobs seriously and

are appreciated. It's seems that ego's are getting the best of some to wit

I say I personally will work as hard at being a pro official as you have to

be a pro racer.



 From: Erik Voldengen <eri-@fusium.com>

Reply-To: eri-@fusium.com

To: ob-@topica.com

Subject: [OBRA Chat] ok then how about bike numbers?

Date: Wed, 1 Jun 2005 14:17:27 -0700



Well I sure hope the chip solution comes sooner than later. Sounds like a

great answer to the problems voiced recently.



In the mean time, have any of you race official types tried reading numbers

mounted on frames instead of on bodies? Mounted to the underside of the

top

tube (or maybe seatpost?), it seems like they'd always be orientated

correctly (i.e. horizontal) and not have the same wrinkle/wind

flapping/wrong side/under jacket/not sideways enough/upside down/ problems

the jersey numbers have.



___

    Erik Voldengen    2037 NW Lovejoy       503-226-7099

    Fusium, Inc.      Portland, OR 97209    www.fusium.com



 -----Original Message-----

From: mike.m-@obra.org [mailto:mike.m-@obra.org]

Sent: Wednesday, June 01, 2005 1:50 PM

To: don-@bendnet.com; ob-@topica.com

Subject: RE: [OBRA Chat] chip timeing



Don is incorrect in his assumption that chip timing is entirely

accurate.

 It fails and has done so rather famously at big events where there was

little back up for it. Even if reliability and cost were not a problem

there

are other issues. I have been watching the chip timing issue for many

years

and it is really not a "ready for prime time" technology in my opinion.

I

 am questioned about this so frequently that I have put together a stock

answer, which is below, for those interested in details.



Bottom line is that a race organizer might elect to rent chip timing

from

 a

company that does this but the cost will be, as Damian noted, fairly

high.

 In addition, something that Damian did not note, is that someone will

need

 to pay the cost for the inevitable lost chips.



One of the OBRA members is currently working on developing a chip system

that MAY address some of the problems with the commercially available

systems. If it does, OBRA will fund that.



Mike Murray



I have been following the use of transponders in bike racing (as well as

in

running, triathlon, motor sports, model car racing, etc.) for several

years.

Although the transponders can work very well for some applications they

have

created major timing disasters at several bike races. Sea Otter was

evidently an example of this one year. As I understand it, the

transponder

signal was disrupted by metal structures in the finish area and the

results

produced were inaccurate.



There are several companies that produce these devices and systems.

They

 vary in costs, reliability and set up requirements. They don't have an

actual radio transmitter. They use a chip that is energized by passing

through an antenna field at the measurement point. This causes the chip

to

emit a radio signal at that point that has an identifying code. There

are

 systems that use a mat that is placed on the finish line and other

systems

 that use a set of vertical antennas at the side of the road. There are 2

types of chips; active and passive. Active chips are more reliable and

transmit better but are substantially more expensive. Passive chips are

cheaper but transmission is unreliable for the types of finishes

generally

 done at bike races.



For racing at a single location where the set up of the finish area

antennae

system can be consistent many of the reliability issue can be tested and

resolved. If the set up is different for every race, as it would be for

bike racing, the reliability goes downhill significantly.



There is also more benefit for events where there are large numbers of

competitors that all need to be timed, like running or triathlons. In

this

case the costs of the system (not only monetary) seem small compared to

the

costs of manual systems. For bike racing the field sizes are smaller

and

 generally the timing requirements are less because generally all the

competitors are not timed. (In fact, for road races there is generally

only

a time for the leader and order of finish is all that matters. Even in

stage races bunches of riders are given pack times.)



The main monetary cost is the cost of the chips. There are 3 basic

systems

for managing these:



1) All competitors purchase chips - This is the motor sport model

generally.

This probably causes them less problems for motor sports since the chip

cost

is small relative to equipment costs. For bike racing, this would

significantly raise the cost of participating. This would likely have a

negative effect on participation.



2) The organization purchases the chips - If OBRA were to do this we

would

 need to purchase a minimum of 400 chips. Even for the lowest priced

chip

 systems (which are less reliable) this would cost ~$10,000+. It would

also

require us to institute a system of collecting the chips after each

race.

 At running or tri events this is easier because the finishing

competitors

 can be funneled into a corral and not let out until the turn in their

chip.

This is far harder to do at a bike race. The Atlanta Olympics used

chips

 and they lost them so you can be assured that "shrinkage" would be a

major

 issue for OBRA. A deposit would need to be charged which would

complicate

 the system and be a disincentive for participation.



3) The organization buys some chips and the competitors buy some - This

is

 what some running events do. The competitor gets an advantage in having

an

easier registration process and he eliminates the need to pay deposit,

collect and turn back in the transponder, etc. For this convenience

they

 pay the cost of the transponder. The organization benefits by

decreasing

 the number of transponders that they need. This is probably the system

that

would work best for OBRA. Unfortunately it would also require a

standard

 registration system, purchase, maintenance and training of computers for

registration, etc.



Currently, the cost of using these systems for running and tri races is

too

high for individual races or even series of races. When they use them

they

hire a timing company to provide the chips and run the system. This

would

 be available to bike races too but, at this point, there are few that

have

 thought that the benefit justifies the cost.



I have no doubt that we will eventually be using this type of device but

I

 do not think that the technology is yet to the point where they make

sense

 for most races. I will be continuing to follow this subject and when

there

is a product that makes sense from a practical and cost point of view we

will get it.



Mike Murray

-----Original Message-----

From: Don Leet [mailto:don-@bendnet.com]

Sent: Wednesday, June 01, 2005 13:22 PM

To: ob-@topica.com

Subject: [OBRA Chat] chip timeing





I personaly would donate a large sum of money for chip timing. Though I

don't like raffles and prizes don't mean much to me (as I have a whole

store

full of them) I want a national cyclo cross medal and last year in my

group

they lost me and put me down a lap. With chip timeing this would not

have

 happened I could have retired from racing again ( this would have been

the

 4th time) I did two races wtih chip timeing this year and both were

awsome

 in how fast and accurate the results were. With all of our members it

seems

we could a one year surcharge and buy a system.

Don Leet



To respond to the whole group send to ob-@topica.com.

To respond to the list manager send to cmur-@obra.org

To unsubscribe send to obra-uns-@topica.com



To respond to the whole group send to ob-@topica.com.

To respond to the list manager send to cmur-@obra.org

To unsubscribe send to obra-uns-@topica.com



To respond to the whole group send to ob-@topica.com.

To respond to the list manager send to cmur-@obra.org

To unsubscribe send to obra-uns-@topica.com



_________________________________________________________________

Don?t just search. Find. Check out the new MSN Search!

http://search.msn.click-url.com/go/onm00200636ave/direct/01/



mike.m-@obra.org

2005-06-01



OBRA has previously used frame numbers and they were provided to all

members. This was many years ago so Eric probably does not remember it. I

remember because I manufactured them in my basement. I bet Erik Christenson

does too since he had frame number mounts added to his frame after carefully

measuring the spacing of the holes only to later find out that I was

freehand drilling the holes making the spacing for each number unique.



Personally I like frame numbers but most riders did not. Most did not use

them. Officials did not require them. They help but would not replace body

numbers. Maybe it is time we reconsider.



Mike Murray



-----Original Message-----

From: Erik Voldengen [mailto:eri-@fusium.com]

Sent: Wednesday, June 01, 2005 14:17 PM

To: ob-@topica.com

Subject: [OBRA Chat] ok then how about bike numbers?





Well I sure hope the chip solution comes sooner than later. Sounds like a

great answer to the problems voiced recently.



In the mean time, have any of you race official types tried reading numbers

mounted on frames instead of on bodies? Mounted to the underside of the top

tube (or maybe seatpost?), it seems like they'd always be orientated

correctly (i.e. horizontal) and not have the same wrinkle/wind

flapping/wrong side/under jacket/not sideways enough/upside down/ problems

the jersey numbers have.



___

   Erik Voldengen    2037 NW Lovejoy       503-226-7099

   Fusium, Inc.      Portland, OR 97209    www.fusium.com



 -----Original Message-----

From: mike.m-@obra.org [mailto:mike.m-@obra.org]

Sent: Wednesday, June 01, 2005 1:50 PM

To: don-@bendnet.com; ob-@topica.com

Subject: RE: [OBRA Chat] chip timeing



Don is incorrect in his assumption that chip timing is entirely

accurate. It fails and has done so rather famously at big events where

there was little back up for it. Even if reliability and cost were not

a problem there are other issues. I have been watching the chip

timing issue for many years

and it is really not a "ready for prime time" technology in my opinion. I

am questioned about this so frequently that I have put together a stock

answer, which is below, for those interested in details.



Bottom line is that a race organizer might elect to rent chip timing

from a company that does this but the cost will be, as Damian noted,

fairly high. In addition, something that Damian did not note, is that

someone will need to pay the cost for the inevitable lost chips.



One of the OBRA members is currently working on developing a chip

system that MAY address some of the problems with the commercially

available systems. If it does, OBRA will fund that.



Mike Murray



I have been following the use of transponders in bike racing (as well

as in running, triathlon, motor sports, model car racing, etc.) for

several years.

Although the transponders can work very well for some applications they

have

created major timing disasters at several bike races. Sea Otter was

evidently an example of this one year. As I understand it, the

transponder

signal was disrupted by metal structures in the finish area and the

results

produced were inaccurate.



There are several companies that produce these devices and systems.

They vary in costs, reliability and set up requirements. They don't

have an actual radio transmitter. They use a chip that is energized

by passing through an antenna field at the measurement point. This

causes the chip to emit a radio signal at that point that has an

identifying code. There are systems that use a mat that is placed on

the finish line and other systems that use a set of vertical antennas

at the side of the road. There are 2 types of chips; active and

passive. Active chips are more reliable and transmit better but are

substantially more expensive. Passive chips are cheaper but

transmission is unreliable for the types of finishes generally done at

bike races.



For racing at a single location where the set up of the finish area

antennae system can be consistent many of the reliability issue can be

tested and resolved. If the set up is different for every race, as it

would be for bike racing, the reliability goes downhill significantly.



There is also more benefit for events where there are large numbers of

competitors that all need to be timed, like running or triathlons. In

this case the costs of the system (not only monetary) seem small

compared to the

costs of manual systems. For bike racing the field sizes are smaller and

generally the timing requirements are less because generally all the

competitors are not timed. (In fact, for road races there is generally

only

a time for the leader and order of finish is all that matters. Even in

stage races bunches of riders are given pack times.)



The main monetary cost is the cost of the chips. There are 3 basic

systems for managing these:



1) All competitors purchase chips - This is the motor sport model

generally. This probably causes them less problems for motor sports

since the chip cost

is small relative to equipment costs. For bike racing, this would

significantly raise the cost of participating. This would likely have a

negative effect on participation.



2) The organization purchases the chips - If OBRA were to do this we

would need to purchase a minimum of 400 chips. Even for the lowest

priced chip systems (which are less reliable) this would cost

~$10,000+. It would also require us to institute a system of

collecting the chips after each race. At running or tri events this is

easier because the finishing competitors can be funneled into a corral

and not let out until the turn in their chip.

This is far harder to do at a bike race. The Atlanta Olympics used chips

and they lost them so you can be assured that "shrinkage" would be a major

issue for OBRA. A deposit would need to be charged which would complicate

the system and be a disincentive for participation.



3) The organization buys some chips and the competitors buy some -

This is what some running events do. The competitor gets an advantage

in having an easier registration process and he eliminates the need to

pay deposit, collect and turn back in the transponder, etc. For this

convenience they pay the cost of the transponder. The organization

benefits by decreasing the number of transponders that they need.

This is probably the system that

would work best for OBRA. Unfortunately it would also require a standard

registration system, purchase, maintenance and training of computers for

registration, etc.



Currently, the cost of using these systems for running and tri races

is too high for individual races or even series of races. When they

use them they

hire a timing company to provide the chips and run the system. This would

be available to bike races too but, at this point, there are few that have

thought that the benefit justifies the cost.



I have no doubt that we will eventually be using this type of device

but I do not think that the technology is yet to the point where they

make sense for most races. I will be continuing to follow this

subject and when there is a product that makes sense from a practical

and cost point of view we will get it.



Mike Murray

-----Original Message-----

From: Don Leet [mailto:don-@bendnet.com]

Sent: Wednesday, June 01, 2005 13:22 PM

To: ob-@topica.com

Subject: [OBRA Chat] chip timeing





I personaly would donate a large sum of money for chip timing. Though

I don't like raffles and prizes don't mean much to me (as I have a

whole store full of them) I want a national cyclo cross medal and last

year in my group

they lost me and put me down a lap. With chip timeing this would not have

happened I could have retired from racing again ( this would have been the

4th time) I did two races wtih chip timeing this year and both were awsome

in how fast and accurate the results were. With all of our members it

seems

we could a one year surcharge and buy a system.

Don Leet



To respond to the whole group send to ob-@topica.com.

To respond to the list manager send to cmur-@obra.org

To unsubscribe send to obra-uns-@topica.com



To respond to the whole group send to ob-@topica.com.

To respond to the list manager send to cmur-@obra.org

To unsubscribe send to obra-uns-@topica.com



To respond to the whole group send to ob-@topica.com.

To respond to the list manager send to cmur-@obra.org

To unsubscribe send to obra-uns-@topica.com



eri-@fusium.com

2005-06-01



Well I sure hope the chip solution comes sooner than later. Sounds like a

great answer to the problems voiced recently.



In the mean time, have any of you race official types tried reading numbers

mounted on frames instead of on bodies? Mounted to the underside of the top

tube (or maybe seatpost?), it seems like they'd always be orientated

correctly (i.e. horizontal) and not have the same wrinkle/wind

flapping/wrong side/under jacket/not sideways enough/upside down/ problems

the jersey numbers have.



___

   Erik Voldengen    2037 NW Lovejoy       503-226-7099

   Fusium, Inc.      Portland, OR 97209    www.fusium.com



 -----Original Message-----

From: mike.m-@obra.org [mailto:mike.m-@obra.org]

Sent: Wednesday, June 01, 2005 1:50 PM

To: don-@bendnet.com; ob-@topica.com

Subject: RE: [OBRA Chat] chip timeing



Don is incorrect in his assumption that chip timing is entirely accurate.

It fails and has done so rather famously at big events where there was

little back up for it. Even if reliability and cost were not a problem

there

are other issues. I have been watching the chip timing issue for many

years

and it is really not a "ready for prime time" technology in my opinion. I

am questioned about this so frequently that I have put together a stock

answer, which is below, for those interested in details.



Bottom line is that a race organizer might elect to rent chip timing from

a

company that does this but the cost will be, as Damian noted, fairly high.

In addition, something that Damian did not note, is that someone will need

to pay the cost for the inevitable lost chips.



One of the OBRA members is currently working on developing a chip system

that MAY address some of the problems with the commercially available

systems. If it does, OBRA will fund that.



Mike Murray



I have been following the use of transponders in bike racing (as well as

in

running, triathlon, motor sports, model car racing, etc.) for several

years.

Although the transponders can work very well for some applications they

have

created major timing disasters at several bike races. Sea Otter was

evidently an example of this one year. As I understand it, the

transponder

signal was disrupted by metal structures in the finish area and the

results

produced were inaccurate.



There are several companies that produce these devices and systems. They

vary in costs, reliability and set up requirements. They don't have an

actual radio transmitter. They use a chip that is energized by passing

through an antenna field at the measurement point. This causes the chip

to

emit a radio signal at that point that has an identifying code. There are

systems that use a mat that is placed on the finish line and other systems

that use a set of vertical antennas at the side of the road. There are 2

types of chips; active and passive. Active chips are more reliable and

transmit better but are substantially more expensive. Passive chips are

cheaper but transmission is unreliable for the types of finishes generally

done at bike races.



For racing at a single location where the set up of the finish area

antennae

system can be consistent many of the reliability issue can be tested and

resolved. If the set up is different for every race, as it would be for

bike racing, the reliability goes downhill significantly.



There is also more benefit for events where there are large numbers of

competitors that all need to be timed, like running or triathlons. In

this

case the costs of the system (not only monetary) seem small compared to

the

costs of manual systems. For bike racing the field sizes are smaller and

generally the timing requirements are less because generally all the

competitors are not timed. (In fact, for road races there is generally

only

a time for the leader and order of finish is all that matters. Even in

stage races bunches of riders are given pack times.)



The main monetary cost is the cost of the chips. There are 3 basic

systems

for managing these:



1) All competitors purchase chips - This is the motor sport model

generally.

This probably causes them less problems for motor sports since the chip

cost

is small relative to equipment costs. For bike racing, this would

significantly raise the cost of participating. This would likely have a

negative effect on participation.



2) The organization purchases the chips - If OBRA were to do this we would

need to purchase a minimum of 400 chips. Even for the lowest priced chip

systems (which are less reliable) this would cost ~$10,000+. It would

also

require us to institute a system of collecting the chips after each race.

At running or tri events this is easier because the finishing competitors

can be funneled into a corral and not let out until the turn in their

chip.

This is far harder to do at a bike race. The Atlanta Olympics used chips

and they lost them so you can be assured that "shrinkage" would be a major

issue for OBRA. A deposit would need to be charged which would complicate

the system and be a disincentive for participation.



3) The organization buys some chips and the competitors buy some - This is

what some running events do. The competitor gets an advantage in having

an

easier registration process and he eliminates the need to pay deposit,

collect and turn back in the transponder, etc. For this convenience they

pay the cost of the transponder. The organization benefits by decreasing

the number of transponders that they need. This is probably the system

that

would work best for OBRA. Unfortunately it would also require a standard

registration system, purchase, maintenance and training of computers for

registration, etc.



Currently, the cost of using these systems for running and tri races is

too

high for individual races or even series of races. When they use them

they

hire a timing company to provide the chips and run the system. This would

be available to bike races too but, at this point, there are few that have

thought that the benefit justifies the cost.



I have no doubt that we will eventually be using this type of device but I

do not think that the technology is yet to the point where they make sense

for most races. I will be continuing to follow this subject and when

there

is a product that makes sense from a practical and cost point of view we

will get it.



Mike Murray

-----Original Message-----

From: Don Leet [mailto:don-@bendnet.com]

Sent: Wednesday, June 01, 2005 13:22 PM

To: ob-@topica.com

Subject: [OBRA Chat] chip timeing





I personaly would donate a large sum of money for chip timing. Though I

don't like raffles and prizes don't mean much to me (as I have a whole

store

full of them) I want a national cyclo cross medal and last year in my

group

they lost me and put me down a lap. With chip timeing this would not have

happened I could have retired from racing again ( this would have been the

4th time) I did two races wtih chip timeing this year and both were awsome

in how fast and accurate the results were. With all of our members it

seems

we could a one year surcharge and buy a system.

Don Leet



To respond to the whole group send to ob-@topica.com.

To respond to the list manager send to cmur-@obra.org

To unsubscribe send to obra-uns-@topica.com



To respond to the whole group send to ob-@topica.com.

To respond to the list manager send to cmur-@obra.org

To unsubscribe send to obra-uns-@topica.com