I guess the idea behind this was to decrease spool time..... Seems like overkill to me, and I just don't think a 4-cly 2.0 could spool both turbos effiecienty. His numbers seem to prove that, since it dyno-ed at 403.4 whp, 356.9 lb-ft/torque.
car is a 2g eclipse, 2.0L
here's the setup:
Homemade compound turbo set-up. Uses a ported 2G manifold and a fabricated 3" crosspipe. Turbonetics T4 60-1 (.68 A/R twin scroll turbine housing, P-wheel), MHI B16G w/ 7cm housing & 15* turbine clip, twin TIAL 44mm WG's, Magnus SMIM, 1G TB, Fidanza cam gears, SBR/Kinetic FMIC, twin GReddy Type-S BOV's, modified 1G aluminum radiator, Thermal R&D cat-back, homemade 3" SS downpipe, Aeromotive AFPR, in-tank Denso Supra 280lph feeding a Bosch 044, Lucas 1200's, -6 braided fuel feed, ball & spring MBC, twin 12" SPAL pusher fans, MSD Wires w/ NGK plugs (br8es)
Interesting, yes.... but I've seen cars with just a 16g turbo put close to 400HP out. Not to mention, all this for turbo lag? idk.. discuss. LOL