TeamOrion GP3700SP2 Cells
#1
TeamOrion GP3700SP2 Cells
New TeamOrion GP3700SP2 Cells are in.
GP batteries has once again moved steps up and produced a battery which is unbeatable in track performance. Team Orion is proud to announce the features of the Team Orion V-Max GP3700SP2:
- Lowest IR on the market today for maximum acceleration
- Highest Voltage on the market today for maximum top speed
- Enough runtime to make you crossing the finish line the fastest
- True numbers
- Easy identified by the SP2 label, so no confusion
- Highest cycle life, much more than any other battery on the market
- IFMAR/EFRA/BRCA/JMRCA/FEMCA/DMC legal
- Meets all ROAR dimensions requirements and specifications for 2006
Available as:
ORI11441 GP3700 SP2 Racer 6 cells
ORI11442 GP3700 SP2 Team 6 cells
ORI11445 GP3700 SP2 Racer 4 cells
ORI11446 GP3700 SP2 Team 4 cells
All available and in stock now from Team Orion. OEM inquires welcome.
Numbers include 1.220+
Runtime 480+
IR 1.7+
GP batteries has once again moved steps up and produced a battery which is unbeatable in track performance. Team Orion is proud to announce the features of the Team Orion V-Max GP3700SP2:
- Lowest IR on the market today for maximum acceleration
- Highest Voltage on the market today for maximum top speed
- Enough runtime to make you crossing the finish line the fastest
- True numbers
- Easy identified by the SP2 label, so no confusion
- Highest cycle life, much more than any other battery on the market
- IFMAR/EFRA/BRCA/JMRCA/FEMCA/DMC legal
- Meets all ROAR dimensions requirements and specifications for 2006
Available as:
ORI11441 GP3700 SP2 Racer 6 cells
ORI11442 GP3700 SP2 Team 6 cells
ORI11445 GP3700 SP2 Racer 4 cells
ORI11446 GP3700 SP2 Team 4 cells
All available and in stock now from Team Orion. OEM inquires welcome.
Numbers include 1.220+
Runtime 480+
IR 1.7+
#3
Here is a thought... can we really say that these cells are a "nominal" 1.2v?
How can a cell that averages 1.22v under a heavy (30A) load be called that?
These are probably closer to a 1.3 or 1.4v cell at 1C discharge.
What's to stop the manufacturers using the same technology to produce a "stock special" cell that could average 1.3v with 3000mAh?
Are these cells at the limit of the "spirit" of the rules?
How can a cell that averages 1.22v under a heavy (30A) load be called that?
These are probably closer to a 1.3 or 1.4v cell at 1C discharge.
What's to stop the manufacturers using the same technology to produce a "stock special" cell that could average 1.3v with 3000mAh?
Are these cells at the limit of the "spirit" of the rules?
#4
Tech Regular
GOT TO LOVE OSCAR gp must be putting something nice in his stocking this year!
#6
Tech Elite
iTrader: (11)
The numbers still don't directly compare, as if you look closely, they are at 30A and use a .85V cutoff as opposed to the .9v that most others use...
Is the average voltage taken over the entire discharge curve to cutoff? or is it only taken for a set amount of time (similar to the realtime matching that some companies use to se what the average voltage would be over 300sec...or a 5 minute run)
Is the average voltage taken over the entire discharge curve to cutoff? or is it only taken for a set amount of time (similar to the realtime matching that some companies use to se what the average voltage would be over 300sec...or a 5 minute run)
#7
Company Representative
iTrader: (2)
Originally Posted by sosidge
Here is a thought... can we really say that these cells are a "nominal" 1.2v?
How can a cell that averages 1.22v under a heavy (30A) load be called that?
These are probably closer to a 1.3 or 1.4v cell at 1C discharge.
What's to stop the manufacturers using the same technology to produce a "stock special" cell that could average 1.3v with 3000mAh?
Are these cells at the limit of the "spirit" of the rules?
How can a cell that averages 1.22v under a heavy (30A) load be called that?
These are probably closer to a 1.3 or 1.4v cell at 1C discharge.
What's to stop the manufacturers using the same technology to produce a "stock special" cell that could average 1.3v with 3000mAh?
Are these cells at the limit of the "spirit" of the rules?
1.2v is the resting voltage of a discharged cell. It has nothing to do with average voltage.
#8
Gotta love the honest RDS-labels
#9
There never 35A numbers, its says 30A on the sticker! The average is taken over the whole discharge curve so using a 0.85V cutoff will actually lower the average voltage. The numbers are still not comparable to most tho as orion dont use turbo matchers
#11
Company Representative
iTrader: (2)
Originally Posted by Ian S
There never 35A numbers, its says 30A on the sticker! The average is taken over the whole discharge curve so using a 0.85V cutoff will actually lower the average voltage. The numbers are still not comparable to most tho as orion dont use turbo matchers
Orion uses TM4s.
#12
Tech Regular
Is this a brand new cell or just an Orion maketing hype?
#13
Originally Posted by jrrc
Is this a brand new cell or just an Orion maketing hype?
#14
Originally Posted by jrrc
Is this a brand new cell or just an Orion maketing hype?
#15
Originally Posted by ghuber
This is a improved version of the current 3700 cell. GP is responding to IB3800s with the improved version of the 3700 cell. I told everyone about this a few weeks ago in our thread.
For some matchers, GP may not tbe the best choice because they do not have the voltage enhancement knowledge to compete with Team Orion. The fact is Team Orion's voltage enhanced GPs continue to the best cells on the market.
Our drivers tell us that when they win about every big race in the world. And our customers tell us that when they make GP cells the most popular matched cells in the world.