Locks

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID67 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID67 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID68 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID68 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID68 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID68 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID68 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID68 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID69 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID70 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID70 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID70 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID62 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID66 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• Key will facilitate a transponder which will allow the vehicle to start once programmed
• Manual Key blank without remote electronics
• Made of durable plastic

• Key will facilitate a transponder which will allow the vehicle to start once programmed
• Manual Key blank without remote electronics
• Made of durable plastic

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• This chip is only suitable for lost key programming due to the 33 logic.
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: EEPROM
• Reference: ID70 (33)
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: Diagnostically
• Reference: ID65 - 4D
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.

General Information

These products are designed to be used as originally intended and not modified for purpose. Please ensure the products are installed by a competent individual. N.B. products are usually supplied without fitting instructions.

• They can either be built onto the PCB (On-Board) or housed separately in the key (Off-Board).
• This chip is suitable for lost key programming due to the 53 logic.
• Transponder chips are the part of the key that connect with the immobiliser and are often either carbon or glass.
• Programming: EEPROM
• Reference: ID70 (53)
• Transponder Type: Carbon
• Transponder chips work by forming a ‘handshake’ between the vehicle key and the vehicle itself via an aerial near the ignition barrel.