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Thursday, May 27, 2010

SEPANG DRAG BATTLE 2010

Season Opens This Saturday

18 February 2010, By Sepang International Circuits

Malaysia’s premier drag racing event – Sepang Drag Battle opens its new season this Saturday (February 20) at Sepang Circuit; offering five championship rounds and six categories of competitions including a special category for street legal cars of up to 2000cc.

Celebrating its sixth year this season, the event, which is the only drag race event sanctioned by Malaysia’s motorsports governing body, Automobile Association of Malaysia (AAM), is also opened also opened to turbo-charged street legal 2000cc machines; but they will be competing within themselves in a separate class named Category FX.

“The street legal cars was our most popular entries last year and we expect similar response, if not, even bigger response this year,” said event manager Eddy Rashdan Pir Mohamad.

“Again, our key emphasis is on safety. For Sepang Drag Battle, we put safety as the upmost importance and the AAM stewards will verify to that. Only by strict safety measures, we can make motorsports enjoyable for all – for the competitors as well as the spectators,” added Eddy, who is SIC Head of Finance.

Hugely popular among drag racing fans, Sepang Drag Battle attracts the top Malaysian drivers and prominent workshop operators as far as Johor Bahru, Kelantan and Perlis as they compete for the title Malaysian Drag King as they pushed their machines to the maximum for a 405-meter sprint along the Sepang Circuit straight.

Apart from the two categories for road legal cars, the other categories are Class A for cars without any limit on engine capacity, Class B for two-wheeled drive cars with no limit on engine capacity; Class C for cars up to 2000cc and Class D for the compact cars.

Entry fee per round is RM200 per car and competitors can register on event day or by calling SIC Race Management Manager Mashithah Hashim at 03-87782221 (fax 03-87782338) and via e-mail at mashithah.hashim@sepangcircuit.com.my.

Entrance for spectators is RM10 for seats at the Main Grandstand and RM50 at the paddock, where fans can have a closer look at the mean machines participating in the event.

Sepang Drag Battle 2010 - Season Calendar

Round 1 20 February 2010

Round 2 8 May 2010

Round 3 24 July 2010

Round 4 30 October 2010

Round 5 20 November 2010

*all races to be held at Sepang Circuit


taken from www.malaysiangp.com.my

Wednesday, July 15, 2009

Tuesday, November 18, 2008

2008 Sepang Drag : Final Standing

Class A – Open

1
Lai Wee Sing 9
2

Dixon Chen

8
3
Farriz Fauzy 5
4
Tay Hock Chuan 3
5
Mohd Azlan Malik 3


Class B

1

Mohd Zamri Ahmad

20
2
Mohd Ikhwan Padah Nordin 6
3
Mohd Syukri Mohd Nor 5
4
Khairul Anuar Puteh 5
5
Jamsari Jahya 5


Class C

1

Mohd Maziz Abdullah

18
2
Ahmad Firdaus Azman 10
3
Mohd Iqbal Ismail Tajinder 8
4
Mohd Nizam Ahmad 3
5
Tay Lim Han 3


Class D

1

Ismail Mutalib

13
2
Muhamad Riduwan Othman 5
3
Mohd Yusof Zakaria 5
4
Mohd Adri Zainuddin 3
5
Mohd Fuad Ismail 2


Class E

1

Azery Mohd Norazli

15
2
Azlee Awang 10
3
Mohd Amri Na’aem 9
4
Mohd Noor Abdul Rahman 6
5
Muhammad Fariz Nordin 4

2008 Sepang Drag : Round 5 taken from www.malaysiangp.com.my

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Class A – Open
(Turbocharged and supercharged allowed; Nitrous Oxide system allowed)

First
Lai Wee Sing
Second

Tay Hock Chuan

Third
Yap Jin Wee
Fourth
Muhd Azlan Malik


Class B – 2WD Forced Induction
(Only one power adder allowed; 2WD vehicles only)


First
Mohd Zamri Ahmad
Second
Mohd Ikhwan Padah Nordin
Third

Fadhill Othman

Fourth
Mohd Iqbal Ismail Tajinder


Class C – 2WD Normally Aspirated
(only naturally aspirated engines allowed; NOS system prohibited)


First

Ahmad Firdaus Zaman

Second
Mohd Iqbal Ismail Tajinder
Third
Abdul Fattah Ali
Fourth
Khairul Anwar Ahmad


Class D – 2WD Limited
(engines 1600cc and below; only naturally aspirated engines;
NOS system probihited)


First

Ismail Abd Mutalib

Second
Mohd Adri Zainuddin
Third
Zulkifli Mohd Noor
Fourth
Mohd Haris Haji Zuber


Class E – K-Car
(Engines 1000cc and below; turbo-charged & supercharged engines allowed;
NOS probihited)


First
Azlee Awang
Second

Azery Mohd Norzali

Third
Mohd Amree Na’aem
Fourth
Mohd Noor Abd Rahman


Class F: Avantech On The Road Class
(Engines 2000cc and below: turbocharged/supercharged probihited;
variable valve engine allowed; NOS probihited; cars must be road legal)

V-Tec Category


First

Zainal Abidin Abdul Rashed

Second
Usman Mohd Hanim
Third
Ooi Wee Siong
Fourth
Masri Barani


Non V-Tec Category

First

Kamarul Azeman Arshad

Second
Ahmad Nizam Ibrahim
Third
Kamarul Shah Mohd Salleh
Fourth
Ahmad Faizal Mohd Akhir


Class G – Campro
(Campro Naturally Aspirated engines; up to 1601cc; suspension, brake system;
engine management; gearbox & ratio free)


First

Mark Darwin (Proton Waja)

Second
Ahmad Firdaus Azman (Proton Gen 2)
Third
Hairul Nizam Mohd Kassim (Proton Satria)
Fourth
Mohd Shahrul Hafis (Proton Gen 2)

Thursday, July 10, 2008

NHRA history: Drag racing's fast start




Born on the backroads of America in the post World War II years, drag racing's roots were planted on dry lake beds like Muroc in California's Mojave Desert, where hot rodders had congregated since the early 1930s and speeds first topped 100 mph.

Wally Parks

One could even argue that drag racing was born in Goltry, Okla., in 1913, with the birth of Wally Parks, who nearly four decades later would found drag racing's most successful and influential sanctioning body.

Parks' family moved to California in the early 1920s, and Parks had an early interest in cars. He attended his first dry lake speed trials event in the 1930s, which whetted his fascination for performance. In 1937, Parks was one of the founders of the Road Runners Club.

Organized drag racing
In 1947, Parks, a military tank test-driver for General Motors who served in the army in the South Pacific in World War II, helped organize the Southern California Timing Association and later became its general manager.

The first SCTA "Speed Week," held at the famed Bonneville Salt Flats in 1949, was the result of a diligent effort of Parks, then its executive secretary. It was here that racers first began running "against the clock" - actually, a stopwatch - coaxing their vehicles to accelerate quicker rather than simply to attain high top speeds.

The first drag strip, the Santa Ana Drags, began running on an airfield in Southern California in 1950, and quickly gained popularity among the Muroc crowd because of its revolutionary computerized speed clocks.

When Parks became editor of the monthly enthusiast magazine Hot Rod, he had the forum and the power to form the National Hot Rod Association in 1951 to "create order from chaos" by instituting safety rules and performance standards that helped legitimize the sport. He was its first president.

NHRA's first races
NHRA held its first official race in April 1953, on a slice of the Los Angeles County Fairgrounds parking lot in Pomona, Calif. Four decades later, that track has undergone a $6-million expansion and renovation and hosts the NHRA season-opening Winternationals and the season finale, the Automobile Club of Southern California NHRA Finals. The aggressive upgrading of facilities to 'stadium' quality, with fan amenities, VIP towers, and tall grandstands, was the passion of NHRA President Dallas Gardner, who took the reins in 1984 when Parks became Board Chairman. In 2000, Tom Compton became just the third president in NHRA history as Gardner ascended to the role of broad chairman and Parks became chairman of the NHRA Motorsports Museum.

In 1955, NHRA staged its first national event, called simply "the Nationals" in Great Bend, Kan. Six years later, as the Nationals hop-scotched around the country to showcase the growing sport before settling in Indianapolis in 1961, the Winternationals became NHRA's second event.

Incredible success
Now in its fifth decade, NHRA is the world's largest motorsports sanctioning body with 80,000 members, 140 member tracks, more than 35,000 licensed competitors, and more than 5,000 member-track events.

"No one could have conceived what has happened," Parks said of the NHRA's tremendous growth and success. "But we did have ambitions of its becoming a national sports entity. We weren't planning or marketing geniuses or anything like that. Things happened and we went with our instincts.

"We just had an idea and a strong desire to be self-sustaining ... to control our own destiny and be our own masters. We wanted to build the organization on its own merit. We saw a need -- that being an avenue for safe drag racing -- and with the help of a lot of good people and a little luck we seem to have had some success."

About the term "drag racing"
Although the tiretracks of its history are clear, the origin of the term "drag racing" is not. The theories are almost as many and varied as the machines that have populated its ranks for five decades. Explanations range from a simple challenge ("Drag your car out of the garage and race me!") to geographical locale (the "main drag" was a city's main street, often the only one wide enough to accommodate two vehicles), to the mechanical (to "drag" the gears meant to hold the transmission in gear longer than normal).

The first "dragsters" were little more than street cars with lightly warmed-over engines and bodies chopped down to reduce weight. Eventually, professional chassis builders constructed purpose-built cars, bending and welding together tubing and planting the engine in the traditional spot, just in front of the driver; the engines, and the fuels they burned, became more exotic, more powerful, and, naturally, more temperamental.

Like almost all racing cars, they have undergone tremendous evolution as racers upgraded, experimented, theorized, and tested their equipment.

Safety and innovation paved the way to rear-engined Top Fuel cars in the early 1970s, and once drag racing legend Don Garlits - himself a victim of the front-engined configuration when his transmission, which was nestled between his feet, exploded in 1970, severing half of his right foot - perfected the design, the sport never looked back. Today's Top Fuel dragsters are computer-designed wonders with sleek profiles and wind-tunnel-tested rear airfoils that exert 5,000 pounds of downforce on the rear tires with minimal aerodynamic drag.

As racers became smarter, the speed barriers fell: 260 mph toppled in 1984; 270 in 1986; 280 in 1987; 290 in 1989: and the magic 300 mph barrier fell before the wheels of former Funny Car champion Kenny Bernstein on March 20, 1992. Just seven years later, Tony Schumacher became the first to top 330 mph in February 1999, in Phoenix, Ariz.

have been taking from http://www.nhra.com/aboutnhr/history.html

Sprintest Festival - Cars and Motorcycles DRAG








Sprintest Festival - Cars and Motorcycles
EVENT DAY 1 – FRIDAY 20.07.2007

3.00 – 7.00 pm Registration

Pit Setting
Track Free Running
Category Check
Classic Moto & Scooter Shows setup

EVENT DAY 2 – SATURDAY 28.07.2007

9.00 - 1.00pm TIME QUALIFYING - BIKES

Category M1 - 110cc Stdbody Otr
Category M2 - 125cc Stdbody Otr
Category M3 - 150cc Stdbody Otr
Category M4 - 4T Stdbody Otr
Category M5 - 110cc Open
Category M6 - 125cc Open
Category M7 - 150cc Open
Category M8 - 4T Open

2.00 - 6.00pm TIME QUALIFYING – CARS

Category C1 - Perodua Turbo + NA > 1.8cc
Category C2 - Vtec 1.6 –1.8
Category C3 - Production Cars Open
Category C4 - 2 Wheels Open
Category C5 - 2 Wheels Turbo
Category C6 - Proton Special Open
Category C7 - Perodua + Kcar NA
Category C8 - OPEN

6.00 – 7.00pm QUALIFYING ANNOUNCEMENT

MOTOR SHOWS : Classic Motor and Scooter Dress-up at The Grand Entrance


EVENT DAY 3 – SUNDAY 29.07.2007

9.00 - 1.00pm FINAL – MOTOR BIKES

M1/110STD - 110cc Stdbody Otr
M2/125STD - 125cc Stdbody Otr
M3/150STD - 150cc Stdbody Otr
M4/4TSTD - 4T Stdbody Otr
M5/110OPEN - 110cc Open
M6/125OPEN - 125cc Open
M7/150OPEN - 150cc Open
M8/4TOPEN - 4T Open

2.00 - 6.00pm FINAL - CARS

C1/PR/NA -Perodua Turbo + NA > 1.8cc
C2/VTEC -Vtec 1.6 –1.8
C3/SUPER -Production Cars Open
C4/2W/OPEN -2 Wheels Open
C5/W/TURBO -2 Wheels Turbo
C6/PE/SPECIAL -Proton Special Open
C7/KCAR -Perodua + Kcar NA
C8/OPENRR -OPEN

6.00 – 7.00pm PRIZE GIVING CEREMONY


taking from http://www.lensamalaysia.com

drag-info.blogspot.com dragster sepangf1 dragbattle sepang malaysiangp drag sprintest

Tuesday, July 8, 2008

Result Sepang DRAG Battle Round 2

Class A – Open
(Turbocharged and supercharged allowed; Nitrous Oxide system allowed)
POSITION TRACK
First Dixon Chen Teck Sun (Mitsubishi Evo IV)
Second Mohd Putra (Proton Wira)
Third Mohd Farriz Fauzi (Nissan Skyline)
Fourth Lai Wee Sing (Proton Satria)

Class B – 2WD Forced Induction
(Only one power adder allowed; 2WD vehicles only)
First Mohd Zamri Ahmad
Second Khairul Anuar
Third Chua Soon Chuan
Fourth Mohd Iqbal

Class C – 2WD Normally Aspirated
(only naturally aspirated engines allowed; NOS system probihited)
First Ahmad Firdaus Azman
Second Mohd Maziz Abdullah (Honda)
Third Mohd Iqbal Ismail
Fourth Hanizam Alias

Class D – 2WD Limited
(engines 1600cc and below; only naturally aspirated engines;
NOS system probihited)
First Mohd Yusof
Second Mohd Fuad Ismail
Third Mohd Aimi Abd Mutalib
Fourth Mohd Rasul

Class E – K-Car
(Engines 1000cc and below; turbo-charged & supercharged engines allowed;
NOS probihited)
First Azery Mohd Norzali (Perodua Kancil)
Second Mohd Fariz Nordin
Third Mohd Nor Abdul Rahman
Fourth Idris Abd Rahman

Class F – Avantech On The Road Class
(Engines 2000cc and below: turbocharged/supercharged probihited;
variable valve engine allowed; NOS probihited; cars must be road legal)
V-Tec Category
First Baharul Aslan Abu Bakar (Honda Civic)
Second Suhaimi Hamid (Honda Civic)
Third Mohd Reduan Baharuddin (Honda Civic)
Fourth Ooi Wei Siong (Honda Civic)
Non V-Tec Category
First Mezam Akram
Second Mohd Johan Khairuddin
Third Ahmad Nizam Ibrahim
Fourth B. Geevan Baskaran

Class G – Campro
(Campro Naturally Aspirated engines; up to 1601cc; suspension, brake system;
engine management; gearbox & ratio free)
First Ahmad Firdaus Azman
Second Mark Darwin
Third Heryandy Ramli
Fourth Nor Azam

Saturday, May 3, 2008

DRAG eCLUTCHMASTER 6 Puck Sprung Racing Disc® for Honda CIVIC 89


eCLUTCHMASTER STAGE II Racing Clutch Kit ® is a brand new heavy duty racing pressure plate with 6 puck spurng racing disc setup can hold up to 350HP / Rated 319lb-ft of torque and 60% more pressure increase over stock.


All eCLUTCHMASTER Racing pressure plates are made from ductile iron (1800 LBS CLAMPING LOAD) which is about 60-70% stronger than conventional cast iron pressure plates other racing clutch manufactures use.
It is recommended for use with 'modified' vehicles used for "street and strip". This unit has also proven itself to be very capable for four wheel drive and off-road use, also heavy duty towing and commercial applications.

It offers 120% more holding capacity than a stock 'OEM' clutch while maintaining a stock pedal feel.

About eCLUTCHMASTER 6 Puck Sprung Racing Disc®-
If you want the best the industry has to offer -- Ask for eCLUTCHMASTER 6 Puck Sprung Racing Disc.
The eCM Racing 6 puck strip disc also uses our high torque internal assembly, but goes one step further in terms of friction. This disc uses an advanced hybrid iron and carbon combination delivering aggressive bite and increased thermal capacity. Uncharacteristic of the typical aggressive racing disc, the IronMan disc provides outstanding stability, smooth engagement, and less wear on opposing plates.

This combination has proven to be premier unit with regards to both performance and driveablitity for the daily driver with serious torque holding requirement.

This system is recommended as the finest quality 'upgrade' from the original equipment clutch.
This kit comes with everything you need for a new clutch job or clutch upgrade.
Lastly, resurface and rebalance the flywheel prior to installation for best performance and result!


Features of eCLUTCHMASTER STAGE II RACING CLUTCH SYSTEM:

  • Heavy Duty Stage II racing pressure plate
  • Hi-Leverage Design
  • Preceision heat treated single diaphragm
  • Re-Arched Diahragm for Superior Engagement
  • High clamping force
  • NO unnessaary increase in pedal pressure
  • 6-Wings Ceramic Button Disc
  • Sprung hub for daily driving
  • Decal
    **The throwout bearing and pilot bearing (if required) included ($80 value) for free!

Street or Long life of clutch BREAK-IN required.


CONTACT INFORMATION

- General Info : info@eclutchmaster.com
- Sales : sales@eclutchmaster.com
- Order: order@eclutchmaster.com
- Purchase : purchasing@eclutchmaster.com
- Customer Support : support@eclutchmaster.com
- Web Master : webmaster@eclutchmaster.com, julie@eclutchmaster.com

Tuesday, April 29, 2008

Haltech Idle Speed Control Motor & Housing DRAG

The Haltech Idle Speed Motor is a 4 wire stepper motor controlled idle valve, this valve allows the ECU to control the volume of air entering the intake manifold at idle.

Once the ECU has control of the volume of air entering the intake manifold it can control idle speed regardless of engine temperature, engine load (from an automatic gearbox or AC compressor) or additional electrical load (from AC controls or headlights).

The Haltech Idle Speed Motor has been designed specifically for use with the Haltech idle speed control housing (although it can also be used directly with some GM throttle bodies). The Haltech idle speed control housing is machined from block aluminum to exacting tolerances required for a perfect seal every time. The housing is then anodized black for that stealth look inside your engine bay.

The Haltech Idle Speed Motor connects via a weatherproof 4 wire connector.


enquiries

AUSTRALIA
Address: 3 Centre Place Wetherill Park NSW Australia 2164
Ph: 61 2 9729 0999 - Monday to Friday, 9am - 5pm Aus EST
Fax: 61 2 9729 0900 - 24 hours

Sunday, April 27, 2008

The Basic VTEC Mechanism DRAG

The basic mechanism used by the VTEC technology is a simple hydraulically actuated pin. This pin is hydraulically pushed horizontally to link up adjacent rocker arms. A spring mechanism is used to return the pin back to its original position.

The VTEC mechanism is covered in great detail elsewhere so it is redundant to go through the entire mechanism here. Instead we will look at the basic operating principles which can be used in later sectionse to explain the various implementations VTEC by Honda.
To start on the basic principle, examine the simple diagram below. It comprises a camshaft with two cam-lobes side-by-side. These lobes drives two side-by-side valve rocker arms.

The two cam/rocker pairs operates independently of each other. One of the two cam-lobes are intentionally drawn to be different. The one on the left has a "wilder" profile, it will open its valve earlier, open it more, and close it later, compared to the one on the right. Under normal operation, each pair of cam-lobe/rocker-arm assembly will work independently of each other.

VTEC uses the pin actuation mechanism to link the mild-cam rocker arm to the wild-cam rocker arm. This effectively makes the two rocker arms operate as one. This "composite" rocker arm(s) now clearly follows the wild-cam profile of the left rocker arm. This in essence is the basic working principle of all of Honda's VTEC engines.

Currently, Honda have implemented VTEC in four different configurations. For the rest of this feature, we will examine these four different implementations of VTEC.