*Images are representatives, the actual product may be different.
RH-Beam stands for reinforced H-beam. H-beam design is very popular due to the good strength and affordable price. The RH-beam is a stronger design based on H-beam from BW engineers. It’s designed for the enthusiasts who preferred H-beam rather than an I-beam without any compromise on performance. It suits for high horsepower and torque. The reinforced straight H-section, stronger structure, and enlarged mating surface make it capable of extreme loading.
– Featured with ARP2000 fasteners.
– Upgrade to ARP L19 fasteners at an additional cost
– Upgrade to ARP Custom Age 625+ fasteners at an additional cost
| Part# | BOLT | C-to-C | B.E. BORE | B.E. Width | P.E. BORE | WEIGHT | |
|---|---|---|---|---|---|---|---|
| 6-BR-038-09 | 3/8"×1.6" | 125.25 mm | 55.024 mm | 25.946 mm | 22 mm | 614 g | |
1JZ-GE
Toyota – MKII–X80 2.5L 1988–1995
Toyota – MKII–X90 2.5L 1992–1996
Toyota – MKII–X100 2.5L 1996–2000
Toyota – MKII–X110 2.5L 2000–2007
Toyota – MKII Blit 2.5L 2002–2007
Toyota – Proges XG10 2.5L 1998–2007
Toyota – Verossa 2.5L 2001–2004
Toyota – Crown S130 2492cc 1987–1991
Toyota – Crown S140 2.5L 1991–1995
Toyota – Crown S150 2.5L 1995–1999
Toyota – Crown S170 2.5L 1999–2003
Toyota – Cresta X80 2.5L 1988–1992
Toyota – Cresta X90 2.5L 1992–1996
Toyota – Cresta X100 2.5L 1996–2001
1JZ-FSE
Toyota – MKII–X110 2.5L 2000–2007
Toyota – MKII Blit 2.5L 2002–2007
Toyota – Brevis 2.5L 2001–2007
Toyota – Proges XG10 2.5L 1998–2007
Toyota – Crown S170 2.5L 1999–2003
1JZ-GTE
Toyota – MKII–X80 twin–turbo 2.5L 1988–1995
Toyota – MKII–X90 twin–turbo 2.5L 1992–1996
Toyota – MKII–X100 turbocharged 2.5L 1996–2000
Toyota – MKII–X110 direct inject petrol 2.5L 2000–2007
Toyota – MKII Blit 2.5L 2002–2007
Toyota – Verossa 2.5L 2001–2004
Toyota – Crown S170 2.5L 1999–2003
Toyota – Cresta X80 2.5L 1988–1992
Toyota – Cresta X90 2.5L 1992–1996
Toyota – Cresta X90 2.5L 1992–1996
Toyota – Cresta X100 2.5L 1996–2001
Toyota – Supra A70 2491cc 1986–1993
Lexus – Sc Z30 2.5L 1991-2000
provides stable re-assembling accuracy
