twicks69
10-26-2008, 11:33 PM
Earlier this year, I had the opportunity to work with Beyond Redline Performance in helping test their prototype Sheet Metal Intake Manifold (S.M.I.M. for short) before its design was finalized for production. I can only say THANK YOU! For the entire experience, as it has been a great success in producing a top-notch bolt-on part that MAKES POWER! Sure, most sheet metal intake manifolds make power over the stock intake manifold, but that was NOT what we were testing against. Our tests were against the two biggest manufacturers of performance SMIM’s that are currently on the market today.
Designed from the ground up to be a competitor on applications ranging from the stock turbo to heavily modified 4G63’s using a 1G cylinder head and a Mitsubishi bolt-on throttle body. Designed with mid-range and top-end performance gains in mind, while minimizing the amount of low-end power sacrificed and minimal change in spool-up characteristics. This manifold has also proven to provide better drivability, smoother power band delivery, and smoother boost response due to its overall design.
Designed and proven to handle well over 50 psi of boost pressure repeatedly without issues, it uses 1/8” thick sheet aluminum for the plenum and runners while utilizing a 1/2” thick head-to-manifold flange which is machined after welding to provide a smooth and flat sealing surface when used with a high quality intake manifold gasket. The Beyond Redline Performance Sheet Metal Intake Manifold also has a 1” thick CNC-machined plenum flange with integrated velocity stacks, tapered runners and a 1/2” thick throttle body flange. There are also five vacuum ports on a 3/8” thick plate on the bottom of the plenum.
http://www.beyondredline.com/store/images/DSCN0138.JPG
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/br_1gd1000_web_pic.jpg
The welds on the manifold are BEEFY, and have full penetration; you will not have any issues with cracking or flexing from this manifold under continuous use! Here are some installed pictures on my 2G Eclipse!
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/photo_1.jpg
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/photo_3.jpg
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/photo_2.jpg
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/photo_4.jpg
http://www.beyondredline.com/store/images/manifold_dull_small.png
Prior to the production of this manifold for public sale, it was dyno-tested over 100 times on three different vehicles with different setups.
Two of these vehicles are streetcars, and ranged in power of 280-295AWHP before intake manifold installation. The third vehicle was my 1999 Eclipse GSX, which was in the 720-740AWHP range on this dyno with the old intake manifold on 50psi of boost.
This sheet metal intake manifold was originally designed to be used on high horsepower applications with big turbos and big cams, but after all of the dyno-testing results came in, we were AMAZED to see how potent this manifold was over the competitor’s SMIM’s on very street-able applications with SOLID gains and smoother boost response!
Now, on to the dyno results you all have been waiting for!!
*All results are SAE / Uncorrected numbers on a Dyno Jet 424XLC All-Wheel-Drive Chassis Dynamometer. This dynamometer is equipped with the Eddy Current braking system for steady-state-load testing and wideband O2 data analysis.
__________________________________________________ __________________________________________________ __________
Car #1: 1G Talon:
Modifications consist of the following:
*Engine: 6-bolt, 2.0L with Eagle rods, .040”-over Wiseco 9.0:1 pistons and BSE kit.
*Head: 1G, Stock un-ported, stock springs and stock camshafts.
*Turbo: SBR GT-11 with TD06 20G compressor cover.
*Exhaust: 3” Turbo-back exhaust.
*Fuel System: Walboro 255HP fuel pump with 680cc fuel injectors.
*Fuel Management: Stock ECU with HKS VPC (650 chip) and SAFC-2.
*Fuel used in tuning: 93-Octane pump gas
*Old Intake manifold: “Brand X”
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/louis_comparison_magnus_v_b.jpg
In the dyno graph above, Run #2 (blue lines) is the old SMIM, while Run #4 (red lines) is the Beyond Redline Performance SMIM.
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/louis_comparison_2.jpg
In the dyno graph above, Run #2 (blue lines) is the old SMIM, while Run #4 (red lines) and Run #13 (green lines) are the Beyond Redline Performance SMIM.
Results:
* Power gains from 4000rpms-7300rpms over the leading competitor’s SMIM manifold!
- Peak gain of 19AWHP (6600rpms) and 6Tq (4200rpms).
*** MAJOR gains from 5800rpms-7200rpms of up to 35AWHP (6200rpms-6600rpms) and 25Tq (6600rpms) at the same boost level!
- Smoother boost response was experienced and there was NO turbo spool-up lost with the intake manifold changeover.
- No fitment issues, and no Upper Intercooler Pipe change was required to fit the Beyond Redline SMIM over the Competitor’s “Brand X” manifold.
__________________________________________________ __________________________________________________ _______
Car #2: 1G Laser: Modifications consist of the following: (Will be added shortly)
*Engine: 6-bolt, 2.0L with Eagle rods, .040”-over Wiseco 8.5:1 pistons and BSE kit.
*Head: 1G, Stock un-ported, Comp 101200 camshafts with performance springs and lightweight retainers
*Turbo: Forced Performance FP-3052
*Exhaust: 3” Turbo-back exhaust
*Fuel System: Walboro 255HP fuel pump with 680cc fuel injectors
*Fuel Management: Stock ECU with 2G MAF and SAFC
*Fuel used in tuning: 93-Octane pump gas
*Old Intake manifold: “Brand Y”
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/shane_comparison_jmf_v_brp1.jpg
In the dyno graph above, Run #3 (blue lines) is the old SMIM, while Run #10 (red lines) is the Beyond Redline Performance SMIM.
Results:
* Power gains from 3600rpms-7500rpms over the other leading competitor’s SMIM manifold!
- Peak gain of 17AWHP (7400rpms) and 11Tq (6400rpms).
- 5-15AWHP gained from 3500rpms-5900rpms, 15-30AWHP gained from 5900rpms-7500rpms!
- Power did not drop off at 7500rpms!
- 5-15Tq gained from 3500rpms-6900rpms, and 15-20Tq gained from 6900rpms-7500rpms!
- Super smooth boost response was experienced and there was NO turbo spool-up lost with the intake manifold changeover.
- No fitment issues, and no Upper Intercooler Pipe change was required to fit the Beyond Redline SMIM over the Competitor’s “Brand Y” manifold.
Designed from the ground up to be a competitor on applications ranging from the stock turbo to heavily modified 4G63’s using a 1G cylinder head and a Mitsubishi bolt-on throttle body. Designed with mid-range and top-end performance gains in mind, while minimizing the amount of low-end power sacrificed and minimal change in spool-up characteristics. This manifold has also proven to provide better drivability, smoother power band delivery, and smoother boost response due to its overall design.
Designed and proven to handle well over 50 psi of boost pressure repeatedly without issues, it uses 1/8” thick sheet aluminum for the plenum and runners while utilizing a 1/2” thick head-to-manifold flange which is machined after welding to provide a smooth and flat sealing surface when used with a high quality intake manifold gasket. The Beyond Redline Performance Sheet Metal Intake Manifold also has a 1” thick CNC-machined plenum flange with integrated velocity stacks, tapered runners and a 1/2” thick throttle body flange. There are also five vacuum ports on a 3/8” thick plate on the bottom of the plenum.
http://www.beyondredline.com/store/images/DSCN0138.JPG
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/br_1gd1000_web_pic.jpg
The welds on the manifold are BEEFY, and have full penetration; you will not have any issues with cracking or flexing from this manifold under continuous use! Here are some installed pictures on my 2G Eclipse!
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/photo_1.jpg
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/photo_3.jpg
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/photo_2.jpg
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/photo_4.jpg
http://www.beyondredline.com/store/images/manifold_dull_small.png
Prior to the production of this manifold for public sale, it was dyno-tested over 100 times on three different vehicles with different setups.
Two of these vehicles are streetcars, and ranged in power of 280-295AWHP before intake manifold installation. The third vehicle was my 1999 Eclipse GSX, which was in the 720-740AWHP range on this dyno with the old intake manifold on 50psi of boost.
This sheet metal intake manifold was originally designed to be used on high horsepower applications with big turbos and big cams, but after all of the dyno-testing results came in, we were AMAZED to see how potent this manifold was over the competitor’s SMIM’s on very street-able applications with SOLID gains and smoother boost response!
Now, on to the dyno results you all have been waiting for!!
*All results are SAE / Uncorrected numbers on a Dyno Jet 424XLC All-Wheel-Drive Chassis Dynamometer. This dynamometer is equipped with the Eddy Current braking system for steady-state-load testing and wideband O2 data analysis.
__________________________________________________ __________________________________________________ __________
Car #1: 1G Talon:
Modifications consist of the following:
*Engine: 6-bolt, 2.0L with Eagle rods, .040”-over Wiseco 9.0:1 pistons and BSE kit.
*Head: 1G, Stock un-ported, stock springs and stock camshafts.
*Turbo: SBR GT-11 with TD06 20G compressor cover.
*Exhaust: 3” Turbo-back exhaust.
*Fuel System: Walboro 255HP fuel pump with 680cc fuel injectors.
*Fuel Management: Stock ECU with HKS VPC (650 chip) and SAFC-2.
*Fuel used in tuning: 93-Octane pump gas
*Old Intake manifold: “Brand X”
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/louis_comparison_magnus_v_b.jpg
In the dyno graph above, Run #2 (blue lines) is the old SMIM, while Run #4 (red lines) is the Beyond Redline Performance SMIM.
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/louis_comparison_2.jpg
In the dyno graph above, Run #2 (blue lines) is the old SMIM, while Run #4 (red lines) and Run #13 (green lines) are the Beyond Redline Performance SMIM.
Results:
* Power gains from 4000rpms-7300rpms over the leading competitor’s SMIM manifold!
- Peak gain of 19AWHP (6600rpms) and 6Tq (4200rpms).
*** MAJOR gains from 5800rpms-7200rpms of up to 35AWHP (6200rpms-6600rpms) and 25Tq (6600rpms) at the same boost level!
- Smoother boost response was experienced and there was NO turbo spool-up lost with the intake manifold changeover.
- No fitment issues, and no Upper Intercooler Pipe change was required to fit the Beyond Redline SMIM over the Competitor’s “Brand X” manifold.
__________________________________________________ __________________________________________________ _______
Car #2: 1G Laser: Modifications consist of the following: (Will be added shortly)
*Engine: 6-bolt, 2.0L with Eagle rods, .040”-over Wiseco 8.5:1 pistons and BSE kit.
*Head: 1G, Stock un-ported, Comp 101200 camshafts with performance springs and lightweight retainers
*Turbo: Forced Performance FP-3052
*Exhaust: 3” Turbo-back exhaust
*Fuel System: Walboro 255HP fuel pump with 680cc fuel injectors
*Fuel Management: Stock ECU with 2G MAF and SAFC
*Fuel used in tuning: 93-Octane pump gas
*Old Intake manifold: “Brand Y”
http://www.dsmtuners.com/gallery/files/2/8/7/2/3/shane_comparison_jmf_v_brp1.jpg
In the dyno graph above, Run #3 (blue lines) is the old SMIM, while Run #10 (red lines) is the Beyond Redline Performance SMIM.
Results:
* Power gains from 3600rpms-7500rpms over the other leading competitor’s SMIM manifold!
- Peak gain of 17AWHP (7400rpms) and 11Tq (6400rpms).
- 5-15AWHP gained from 3500rpms-5900rpms, 15-30AWHP gained from 5900rpms-7500rpms!
- Power did not drop off at 7500rpms!
- 5-15Tq gained from 3500rpms-6900rpms, and 15-20Tq gained from 6900rpms-7500rpms!
- Super smooth boost response was experienced and there was NO turbo spool-up lost with the intake manifold changeover.
- No fitment issues, and no Upper Intercooler Pipe change was required to fit the Beyond Redline SMIM over the Competitor’s “Brand Y” manifold.