Hello, people,
I have a 2007 Mitsubishi Outlander XLS, which uses a F.A.S.T. (Free-Hand Advanced Security Transmitter)
"smart key remote transmitter", part # 8637A025.
With that remote in my pocket, I simply touch the door handle to unlock the doors.
And just turn a Cap on the ignition switch to start the vehicle (no key insertion needed).
I want to get a second Remote, just in case I lose the one that I received with the used vehicle.
The problem… the local stealer/dealer wants $341, plus $94 for the blank key, plus $120 to program it.
THAT's just bloody ridiculous.
For a Used one on Ebay, $285, with an already-cut key, plus programming somewhere.
WHAT makes this thing so much more expensive than the $10 Mitsubishi part # HYQ12ABA
that has similar buttons, but fits some 2001 vehicles?
What does this thing do?... besides just receive and transmit a certain frequency?
I'm thinking that almost Any other model of key fob (from ANY car make?) Could be
programmed to send/receive the needed frequencies. Yes? No? WHY Not?
I'd really appreciate hearing your thoughts.
Thanks.
Mark563
I have a 2007 Mitsubishi Outlander XLS, which uses a F.A.S.T. (Free-Hand Advanced Security Transmitter)
"smart key remote transmitter", part # 8637A025.
With that remote in my pocket, I simply touch the door handle to unlock the doors.
And just turn a Cap on the ignition switch to start the vehicle (no key insertion needed).
I want to get a second Remote, just in case I lose the one that I received with the used vehicle.
The problem… the local stealer/dealer wants $341, plus $94 for the blank key, plus $120 to program it.
THAT's just bloody ridiculous.
For a Used one on Ebay, $285, with an already-cut key, plus programming somewhere.
WHAT makes this thing so much more expensive than the $10 Mitsubishi part # HYQ12ABA
that has similar buttons, but fits some 2001 vehicles?
What does this thing do?... besides just receive and transmit a certain frequency?
I'm thinking that almost Any other model of key fob (from ANY car make?) Could be
programmed to send/receive the needed frequencies. Yes? No? WHY Not?
I'd really appreciate hearing your thoughts.
Thanks.
Mark563