Velg Jari-jari Merk RIDE IT Terbaru

 Pada prinsipnya semua skutik yang memiliki lingkar roda ring 14 memiliki ukuran teromol yang sama. Baik Yamaha Mio, Honda Vario, maupun Suzuki Spin. Berarti kesemuanya bisa menggunakan jari-jari yang sama. “Yang terpenting untuk depan cari jari-jari yang memiliki kode 10×164, sedang yang belakang 10×157,” terang Dikin, tukang setel pelek di kawasan Petukangan Utara, Jakarta Selata

Motor Yamaha Terlaris

keluran trkini dari yamaha yang trlaris dipasaran indonesia.

Yamaha Mio Rasta

 mio serasa rasta, moderen untuk masa kini bagi pemuda doyan rasta

Kawasaki Ninja

Key Features
- 1,043cc inline-four with DFI® offers serious torque
- Lightweight aluminum frame is narrow and tuned to transmit optimal feedback to the rider
- Fully adjustable inverted front fork has settings designed for sporty performance and ride quality
- Placement of horizontal back-link rear suspension contributes to mass centralization
- Radial-mounted front brake calipers combine with the radial-pump front brake master cylinder to offer superb control and feel
- Sleek, supersport styling gives the Ninja® 1000 a distinctive look
- Relaxed, upright riding position contributes to all-day comfort
- Larger fuel capacity offers substantial range
- Windscreen is adjustable to three positions, allowing for optimum wind and weather protection

DOHC, 16-valve, 1,043cc Engine
- Liquid-cooled inline-four offers true open-class power from idle to redline, making it easy to harness for experts and novices alike
- Bore and stroke dimensions of 77.0 x 56.0mm offer an ideal balance of peak power and low- and mid-range flexibility
- 38mm Keihin throttle bodies cram the air/fuel mixture directly into combustion chambers via downdraft intakes for maximum power
- Oval sub-throttles help keep the engine slim, and a slim midsection allows an ideal bike/rider interface for maximum comfort and control
- Engine’s rev limiter comes into play “softly,” providing usable overrev character since power doesn’t drop off suddenly at high rpm
- The engine’s relatively low crankshaft position allows a moderately long stroke without adding engine height
- A secondary engine balancer, driven off a gear on the sixth web of the crankshaft, eliminates excess vibration and contributes to rider comfort

Modification Motor's Suzuki Satria

Buat penyemplak Satria F150 mungkin pernah mengalami hal seperti ini, Mesin dirasakan berisik. kretek-kretek-kretek begitu bunyinya Bro. Nah, jangan panik bro! Ini masalah biasa, karakter mesin 4-tak ber-CC besar. Apalagi mesin satria kita berteknologi DOHC, Twin Cam, yang memiliki klep jauh lebih banyak dibanding mesin 4-tak biasa.

PERHATIAN :
Redaksi tidak bertanggung jawab atas hasil kerja yang dilakukan berdasarkan tips di bawah ini. Oleh karena itu tips di bawah ini lebih tepat dilakukan bersama dengan mekanik yang terlatih dan dipercaya.

Sebenarnya mesin berisik ada beberapa penyebab. Biasanya nih, mesin berisik disebabkan:

1. Katup yg berbunyi
2. Bunyi dari bagian piston
3. Bunyi dari bagian rantai timing
4. Bunyi dari bagian kopling
5. Bunyi dari bagian crankshaft
6. Bunyi dari bagian transmisi

Nah penyakit yang biasanya dihadapi satria FU 150 biasanya bersumber dari bagian rantai timing, bahasa umumnya rante keteng. Kenapa sih bisa bikin berisik? ya penyebabnya bisa karena rantainya sudah 'uzur' bin melar, sproket (gir)-nya aus, atau karena stelan rantainya tidak pas lagi alias perlu distel lagi kekencengannya.

Terus gimana sih solusinya nih? Males banget, motor keren eh bunyinya berisik banget. Huh!!!. Paniknya hati ini, melihat motor kesayangan bunyi mesinnya teriak2.

Sederhana sih solusinya, cukup dicek cam chain tension adjuster-nya bahasa gampangnya cek alat penyetel otomatis rante keteng. Cek apakah masih berfungsi atau tidak. Jika sudah tidak berfungsi maksimal ya memang musti diganti. Jadi ngak perlu asal claim minta diganti. Kalo masih berfungsi, artinya perlu distel lagi tuh tensioner!.

Ente pasti nanya deh, yakin tuh gara2 tensionernya yg gak bener? Logikanya sih gini bro. Motor kita ini baru, kemungkinan cacat produksi memang ada, namun itu sangat kecil kemungkinannya. Apalagi perusahaan sekaliber Suzuki, pasti ngak sembarangan membuat suatu produk. Minimal mereka telah menerapkan quality control setaraf 6 sigma, bahasa umum dikalangan specialist quality control. Jadi rantai timing - rante keteng- kendor alias melar bin uzur ataupun kasus sproketnya yang aus karena masa pakai harian

Udah percaya kan ente-ente?..

Modification Motor's Honda Mega Pro New

Here first look honda mega pro, the new mega pro 2010 has decreased cc about 10 cc different to the old honda megapro, but has increase power up to 0.4dk.Honda Mega Pro, like the fan motor and loved the fact that men seem a bit strict and this preserved, the new message with the release of the latest 2010 Honda Mega Pro. Of course this engine will be enthusiastic and a high attention of users of Honda motorcycles

Modification Motor's Yamaha Vixion

motor YAMAHA VIXION green goblin colour edition. green colour suitable for the modification follow the user / market trend. best choice for young rider who have future taste.

The BMW K 1600 GT and K 1600 GTL

             February 14, 2011 - BMW announced pricing today for the new K 1600 GT and K 1600 GTL. The K 1600 GT will have a base Manufacturers Suggested Retail Price (MSRP) of $20,900. The K 1600 GTL will have a base MSRP of $23,200. An additional destination charge of $495 is not included in MSRP.Both new models will be available for purchase through authorized BMW Motorrad USA dealers this Spring.

Riding dynamics, long-distance suitability and comfort.
For decades, 6-cylinder in-line engines have exercised a special fascination.  In addition to their perfect running smoothness they also offer supreme output and torque, giving the rider powerful emotional impressions.
Safety, equipment and comfort along with prestige and dynamic performance are the key criteria for a supreme touring bike.  With the most compact in-line 6-cylinder engine in serial motorcycle production to date, the K 1600 GT and the K 1600 GTL penetrate a whole new dimension in terms of riding properties, long-distance suitability and comfort.  They combine maximum agility and riding dynamics with a luxurious overall package.
With an engine output of 118 kW (160 bhp) and a maximum torque of 175 Newton meters, the 6-cylinder engine provides superb propulsion in all conditions.


Riding dynamics, long-distance suitability and comfort.
Previously, the in-line arrangement of six cylinders resulted in either very long or very wide constructions, depending on the installation position, which led to drawbacks in terms of chassis geometry, weight distribution and centre of gravity.  This where the K 1600 GT and K 1600 GTL break new ground.
Weighing 102.6 kilograms, the engine is by far the lightest serially produced 6-cylinder in-line engine for motorcycles in the class greater than 1000 cc.  What is more, the engine is significantly narrower in construction width than all other 6-cylinder in-line motorcycles in serial production to date.
This extremely compact construction and reduced width was achieved in particular by means of a cylinder bore of 72 millimeters in conjunction with a spacing of just 5 millimeters between the cylinder the cylinder sleeves.
Both the low engine weight and the consistent lightweight construction of the vehicle as a whole contribute to the low weight of the vehicle. At 319 kg (K 1600 GT without panniers) and 348 kg (K 1600 GTL with panniers and topcase) the new touring bikes are in the lower range of the segment.


Three modes to choose from and DTC (Dynamic Traction Control) for maximum safety when accelerating.
The rider of the K 1600 models has three different engine characteristics directly available at the press of a button at the right-hand end of the handlebars so as to be able to adapt to different uses such as touring on the road, riding on wet surfaces and sporty, dynamic motorcycling - the modes "Rain", "Road" and "Dynamic".  Available as an option ex works, the traction control function DTC is combined individually with the different modes, fully harmonised with them so as to provide maximum riding safety.
E-gas Throttle Control
The control of the central throttle valve with a diameter of 52 millimeters is effected via an e-gas, also known as a ride-by-wire system.  The rider's wishes are registered by means of a sensor in the accelerator twist grip. The engine control then adjusts the position of the throttle valve accordingly.
Chassis with ideal mass concentration for dynamic riding properties.
The essential chassis elements of the BMW K 1600 GT and K 1600 GTL are the light alloy bridge-type frame, and the Duolever and Paralever for wheel control at front and rear.  Because of the special requirements of a touring bike with a 6-cylinder engine, particular attention was paid to balancing the masses.
All in all, the interplay of chassis and engine position, together with the seating position of the rider, not only makes for a low overall centre of gravity with a very favorable concentration of masses, it also provides an ideally balanced wheel load distribution for excellent riding properties.  The combination of ride stability, riding dynamics and lightness of handling in all riding and load conditions sets a new benchmark in the touring bike segment.
Electronic Suspension Adjustment ESA II for optimum adaptation to all uses and load states.
The new 6-cylinder touring bikes also benefit from the innovative Electronic Suspension Adjustment II (ESA II), which is offered as a special equipment feature ex works.
With this system, globally unique on the motorcycle market, the rider can conveniently press a button to electronically adapt not only the rebound damping properties of the front and rear spring strut but also the spring rest ("spring preload") of the rear spring strut as well as the latter's spring rate and therefore the "hardness" of the suspension.  This makes for outstanding stability and impressive responsiveness in all load states.
The additional adaptation of the spring rate allows the damping settings "Sport, Normal, Comfort" to be spread widely in ESA II, giving them clearly perceptible characteristics during riding.  So in "Sport" mode, the K 1600 GT and K 1600 GTL are even more dynamic and precise and in "Comfort" mode they are more comfortable - while still retaining excellent stability.




Integrated operating concept with Multi-Controller, TFT colour screen and menu guidance.
The instrument panel of the K 1600 models comprises two classic circular instruments for the speedometer and tachometer and a 5.7-inch TFT color display.  The design of the information display is also completely new in the motorcycle field.  Among other things, it enables the attractive presentation of text and graphics over several lines.
Another world first is the Multi-Controller as part of an integrated operating concept, first introduced in the BMW R 1200 RT at the end of 2009.  In addition to audio system control, the K 1600 models also have a menu for operating the comfort functions and on-board computer

 




















An overview of highlights of the BMW K 1600 GT and BMW K 1600 GTL:

• Supreme in-line 6-cylinder engine with a high level of pulling power, especially in the lower and medium engine speed range.
• Engine output 118 kW (160 bhp) at 7,750 rpm and maximum torque 175 Nm at 5,250 rpm.
• Over 70 per cent of the maximum torque is already available from 1,500 rpm.
• The lightest and most compact 6-cylinder in-line engine in serial motorcycle production greater than 1000 cc weighing just 102.6 kg and measuring 555 mm in width.
• Consistent lightweight construction throughout the entire vehicle (magnesium front panel carrier, aluminum rear frame, crankshaft etc.).
• E-Gas.
• Three modes to choose from ("Rain", "Road", "Dynamic")
• High active safety due to standard BMW Motorrad Integral ABS (part integral).
• Dynamic traction control DTC (Dynamic Traction Control) for maximum safety when accelerating (optional extra).
• Chassis with Duolever and Paralever and ideal mass concentration for dynamic riding properties combined with optimum comfort.
• Electronic Suspension Adjustment ESA II for optimum adaptation to all uses and load states (optional extra).
• World premiere in a motorcycle: Adaptive Headlight (optional extra) for increased safety at night in conjunction with standard xenon headlamp and fiber optic rings.
• Integrated operating concept with Multi-Controller, TFT color display and menu guidance for the first time.
• Audio system with preparation for navigation device and controllable interface for iPod, MP3, USB, Bluetooth and satellite radio (USA and Canada only) (standard in the K 1600 GTL).
• Innovative design with outstanding wind and weather protection.
• K 1600 GT with active riding ergonomics for proactive touring.
• K 1600 GTL with a very comfortable, relaxed ergonomics set-up for long trips with pillion passenger as well as luxurious touring equipment.
• Central locking for storage compartments, panniers and top case (optional extra).
• Extensive fittings and individually tailored accessories at the familiar high level of BMW Motorrad.

 

5 Kinds Of World Famous Motor

1. Dodge Tomahawk V10 Superbike

Price: 550,000 U.S. dollars (USD 6,051,650,000)
Introduced in 2003 by DaimlerChrysler. At that time, did not mention the price. However, the media estimates 250,000 U.S. dollars. Because the cost of production per unit of 200,000 U.S. dollars. Allpar.com However, sites that Dodge official site Reuter news agency quoted informed, Neiman Marcus to buy 10 units moge with a unit price of U.S. $ 550,000 (U.S. $ 6,051,650,000).

2. MIT Gas Turbine Superbike

Price: 250,000 U.S. dollars (USD 2,787,500,000)
Greatness Écosse RR Sereies Titanium Limited Edition so appreciated as above it because the whole chassis is made of titanium. So was the second muffler. The entire body is made of carbon fibers are coated with varnish. Considered innovative design and manufactured in limited numbers. He weighed 400 kg.

3. Macchia Nera Concept Bike

Price: 150,000 euros (USD 2,357,626,162)
From his origins are unknown. This motor Ducati 998RS engine. Is the work of Italian designers and engineers who want to create a motor with very good technology, light and expensive. The goal is to make this bike as the ultimate track bike with the concept: “simply-beautiful” and “beautiful-simple”.

4. MIT Gas Turbine Superbike

Price: U.S. $ 175,000 (110,000 euros; USD 1,728,925,852)
This is the start moge popularity of Hollywood! For those who liked and seen the movie would have seen Torque. Yes … that’s MTT Turbine Superbike Gas.

5. MV Agusta F4 CC

Price: 100,000 euros (USD 1,571,750,775)
This bike is designed by Claudio Castiglioni, MV Agusta Director, Varese Italy. He wanted to create a spectacular motorcycle to meet the marketing strategy as a version that is truly special and unique.

Cara Merancang Motor Balap Hemat Biaya Kemampuan Jempolan

          Untuk meningkatkan daya atau power mesin motor standart yang biasa disebut tune up, perlu diusahakan perubahan-perubahan pada beberapa hal :

1. Meningkatkan / menaikkan      perbandingan kompresi.
2. Memperbaiki porting IN maupun EX supaya pemasukan bahan bakar menjadi lancar dan baik.
3. Merubah durasi, Lift noken as.
4. Mengubah pengapian (apabila dalam perlombaan diperbolehkan).
5. Mengubah rasio dengan Close Rasio.
6. Setting karburator.

KOMPRESI
Meningkatkan perbandingan kompresi (Compretion Ratio = CR) adalah cara awal yang ditempuh oleh para mekanik untuk meningkatkan power mesin.
Namun demikian untuk meningkatkan perbandingan kompresi perlu diperhatikan beberapa faktor, antara lain bahan bakar yang digunakan dan kwalitas piston yang digunakan.
CARA MENAIKKAN KOMPRESI :
1. Mengganti piston dengan model racing.
2. Mendekatkan deck clearance.
3. Membubut Head.
4. Mengelas Head.
5. Membubut Blok dan Piston.
CARA MENURUNKAN KOMPRESI :
1. Merimer dome pada head.
2. Memperdalam coakan klep pada piston.
3. Membubut piston.

KEUNTUNGAN MENGGUNAKAN KOMPRESI TINGGI :
1. Power mesin meningkat.
2. Final gear menjadi berat.
3. Power mesin terasa dari putaran bawah sampai atas.
KERUGIAN MENGGUNAKAN KOMPRESI TINGGI :
1. Mesin menjadi cepat panas .
2. Engine break menjadi besar dan kasar.
3. Apabila perhitungan kompresi tidak tepat, sering terjadi detonasi





             Untuk mengetahui / menghitung perbandingan kompresi (CR) dari satu mesin, kita perlu mengetahui dulu volume silinder yang akan dikerjakan.
CONTOH PADA MESIN JUPITER Z O/S 100 Bore atau D : 52 mm = 5,2 Cm Stroke 54 mm = 5,4 Cm
= 0,785 x 5,22 X 5,42
= 114,62 cc ; 115 cc
CONTOH PADA JUPITER Z O/S 100
Volume ruang bakar diukur dengan buret lewat busi adalah 14,55 c
Jadi Volume ruang bakar 14,55 cc - 0,7 cc = 13,85 ( 0,7 cc adalah Volume Ruang Busi )

Cara menentukan berapa cc isi ruang bakar yang harus kita pakai pada perbandingan kompresi yang sudah kita tentukan.
Misalnya kita menginginkan perbandingan kompresi 1 : 14 berapa volume ruang bakarnya ?
Berarti apabila kita menginginkan perbandingan kompresi 1 : 14, isi ruang bakar harus 8,84cc. PORTING
Maksud dari mengubah porting adalah usaha untuk meningkatkan atau memperbaiki efisiensi volumetric dengan mengoptimalkan aliran gas ke dalam ruang bakar.
Ada 3 faktor yang menentukan besarnya tenaga pada sebuah mesin :
1. Efisiensi mesin yaitu seberapa dorongan pada piston yang dihasilkan oleh gaya putaran fly wheel.
2. Efisiensi thermal (panas) yaitu seberapa banyak bahan bakar yang harus dibakar/ dipanaskan dalam silinder untuk mendorong piston turun menuju TMB secara efisien.
3. Efisiensi volumetric yaitu membuat saluran / ukuran yang tepat untuk memompa gas secara optimal.
Dalam modifikasi, Head usahakan agar tidak mendapat hambatan apapun, misalnya lubang intake dengan lubang manifold atas juga harus sama dengan joint / karet manifold, usahakan dalam merimer supaya tidak ada ruang yang menyudut.
Di antara komponen pada motor yang paling utama untuk meningkatkan kecepatan mesin adalah memodifikasi camshaft / cam/ noken as. Noken as berfungsi mengatur buka / tutup klep yang dibutuhkan untuk mengatur bahan bakar melewati klep in dan membuang melewati klep ex secara selaras.


CARA KERJA NOKEN AS SEBAGAI BERIKUT :
1. Apabila titik A menyentuh pelatuk, maka katup mulai terangkat dan akan terbuka penuh setelah mencapai puncak tonjolan ( titik B ).
2. Setelah melewati puncak, katup akan turun kembali dan tertutup rapat setelah titik C.
3. Dari A kemudian naik ke C dan kemudian kembali ke B disebut durasi noken as.
4. Tinggi tonjolan menentukan Lift Max.
5. Bentuk permukaan profil tonjolan menentukan percepatan penutupan dan pembukaan katup oleh bentuk permukaan profil tonjolannya.
LIFT MAX
Cara menentukan Lift Max pada motor balap :
Secara teori untuk motor standart, Lift Max adalah 23% dari diameter klep in. Kemudian untuk motor balap dengan sirkuit yang tidak begitu panjang, Lift Max sekitar 29% - 31% dari diameter klep in. Untuk balap dengan sirkuit panjang, Lift Max dapat dibikin sampai dengan 35% dari diameter klep.
DURASI
Cara menghitung durasi ada beberapa cara :
1. Durasi dihitung setelah klep mengangkat 1,27mm pada setelan klep 0 (zerro).
2. Durasi dihitung pada saat klep mulai membuka pada setelan klep 0,10 mm.
Untuk mempermudah pembuatan, kita akan menggunakan cara yang ke dua.
Sebelum kita ingin menentukan angka durasi, harus kita ketahui dulu berapa LC (lobe center) pada noken as yang akan kita modifikasi.
Untuk mengetahui LC, kita harus memasang noken as pada mesin dan mengukur dengan busur derajat yang dipasang pada kruk as sebelah kiri /magnet.
Sebagai contoh : LC PADA JUPITER Z : 103
Kita menginginkan durasi 310 derajat. Berapa derajat in open dan berapa derajat in close ?
Perhitungan Untuk Mencari in close :
310 - 180 - 52 = 78
BERARTI UNTUK LC 103 JIKA KITA MENGINGINKAN DURASI 301 ANGKA DURASINYA ADALAH : IN OPEN 52 SEBELUM TMA IN CLOSE 78 SETELAH TMB
Untuk motor balap durasi idealnya adalah 29 - 33.
Untuk lift max motor balap durasi idealnya adalah :
7,5 mm - 8,3 mm
Keuntungan menggunakan lift tinggi dan durasi besar : - Tenaga mesin menjadi sangat besar - Mesin sangat bagus di putaran atas
Kerugian menggunakan lift tinggi dan durasi besar : - Pada putaran bawah kurang bagus - Per klep menjadi tidak awet - Klep floating / melayang apabila pir klep tidak kuat - Coakan klep pada piston harus dalam
CARA MENGGERINDA CAM
- Bagian Base Circle digerinda kurang lebih 18 sampai ketemu lift yang diinginkan
- Kemudian diikuti dengan menggerinda bagian ram untuk menentukan durasi
- Menggerinda bagian flank untuk menentukan lift O/L dan membentuk profil
- Usahakan dalam menggerinda sebuah kem dengan rata dan halus untuk menjaga agar rocker arm tetap awet dan mengurangi floating.
IGNITION / PENGAPIAN
Bagian pada mesin berfungsi untuk membakar campuran bahan bakar dan udara yang di kompresi oleh piston, sebelum piston mencapai TMA.
Sumber arus listrik untuk menghasilkan loncatan api bisa berasal dari spul atau langsung aki.
Sumber listrik yang dihasilkan langsung dari sepul sering disebut pengapian AC, dan langsung dari aki sering disebut pengapian DC.
Pengapian AC
Keuntungan menggunakan sistem AC :
- Sistem listrik langsung sesuai dengan putaran mesin.
- Tidak perlu menggunakan aki
Kerugian menggunakan sistem AC :
- Putaran mesin sedikit berkurang, karena gaya magnet yang ada
Pengapian DC
Keuntungan menggunakan sistem DC / Total Lost :
- Tidak perlu menggunakan magnet
- Berat rotor bisa dibuat sesuai keinginan kita (bisa sangat ringan)
Kerugian menggunakan sistem DC / Total Lost :
- Harus sering mengisi ulang (recharging) aki (accu)
- Resiko terjadi aki tekor
Perbedaan waktu pengapian standart dan yang sering digunakan untuk balap: Pengapian untuk motor standart • Pada RPM rendah (1.000 – 3.000
RPM) : loncatan api pada 8 - 15 sebelum TMA • Pada RPM tengah tinggi
(4.000 ke atas) :loncatan api pada 25 - 30 sebelum TMA
• Api busi tidak besar dibanding pengapian balap
Pengapian untuk motor balap
• Pada RPM rendah (1.000 – 3.000 RPM) : loncatan api pada 20 - 30
sebelum TMA
• Pada RPM tengah sampai tinggi ( 4.000 ke atas) : loncatan api pada 35
- 42 sebelum TMA
• Api busi besar
Macam macam jenis CDI
1. single map
cdi yang terdiri hanya dengan 1 map/kurve
contoh : cdi bawaan motor, cdi brt dual band
2. multi map
cdi yang terdiri lebih dari 1map / kurve yang dapat kita pilih sendiri dengan beberapa click.
contoh : cdi rextor adjustable, cdi brt smart click
3. cdi programable
cdi yang bisa diatur kurve/ grafik pengapian menurut keinginan kita, yang disesuaikan dengan karakter mesin yang dibutuhkan.
contoh : rextor programable, cdi vortec, cdi brt remmote.


itu sedikit Cara Merancang Motor Balap Hemat Biaya Kemampuan Jempolan dari saya,.. 
semoga bermanfaat buat anda yg suka balap,..
 motor Q

BMW Motorcycle Best in U.S.

BMW F800GS

UNITED STATES / DP-Still in a happy mood because it received three prestigious awards from renowned magazines in America, the BMW F 800 GS fourth again gained recognition as the Best On-Off Road Bike in America by Motorcycle.com, a leading motorcycle enthusiast website with 75,000 subscribers.

Earlier this year, BMW F 800 GS has been named as the Motorcycle of the Year version of Rider Magazine, Best Dual Sport Bike 2009 from Cycle Word and Best Adventure Bike by Motorcyclist magazine.

Earlier in its first annual award, Best Of Motorcycle.com give to BMW Motorrad to the R 1200 RT as Best Touring Bike 2009, the BMW K 1300 GT as the Best Sport Touring Bike, while the F 800 ST also received honors for Best Sport Touring Bike.

"We are proud to receive this prestigious award for some of our motorcycles in one year. This is a real recognition of the BMW that bequeath excellence in design, technology and versatile motorcycle production to meet the growing needs of its riders today, "said Pieter de Waal, Vice President, BMW Motorrad USA. *** ARS
 

Modificaton motor's 2011 Yamaha Jupiter MX Modif Style

See it from far abroad we'll acquisition out if this motorcycle is a Yamaha Jupiter MX. But what makes her adorable is the glint of gold that admix some anatomy genitalia to attending added 'eye catchy'. Motor mainstay Fabricated Ambara Suarjaya, this SE is distinctively able to chase the event, abnormally in Denpasar MOTODIFY gold blinks chic and ducks modification. Not abandoned the anatomy that accustomed appropriate attention, all the way to the legs additionally accustomed appropriate absorption in adjustment to arise added solid.
Regarding, Fabricated Ambara the M1 account base administrator additionally said, "This motor is Jupiter MX in 2006 that I kastem with the abstraction of the anatomy custom affected minimalist," he explained. Although no acute changes in engine, anatomy looks abundant this is like a allurement able of alluring added pairs of eyes to glance at him. Capacity of the advanced legs abandoned blubbery gold nuances like the chrome Gazi Fork Up Side Down and discs and 4 agent Kitaco KALIPER. To adept anchor and Tromol still application the aboriginal model.

Continue to the rear legs, the changes credible in the arm beat changes that additionally kastem model. Additionally there is the change in abeyance application Gazi, Posh discs, 4 agent Kitaco KALIPER, and additionally the adept anchor custom version. Everything seemed to bell neatly with capacity from the anatomy frame, advanced mask, fairing, the ascetic and the awning is the bake-apple Ambara Fabricated creations beneath the characterization M1. As already mentioned above, although no change is in the machine, abolish the motor amplitude is additionally redesigned custom model.
For variations on this can be apparent acutely in the use of X-1R handlebar, rear lights and assurance Mio. For the gas pedal and Footstep, Fabricated Ambara accept bunched archetypal achievement arch architect of Yoshimura parts.
Prominent in the color, to acrylic and bright  was ded over absolutely to the boutique cutting chrome Malik Bali william serwin articles additional gold chrome on the outside. "Long processing this takes a ages with difficulties, abnormally in sectors area we kastem anatomy tries to tie cilia with plastic," he reveals about the processing time and adversity processing these motors.
A row of these appearance are instantly fabricated him a motor home so the best Denpasar, abnormally in the class of modification and the coolest avoid blink-blink. Closing the conversation, the affairs reveals a affable man on aboriginal impressions and expectations, "I am actual appreciative and blessed for this achievement and I achievement it'll be added motor formed the advanced with a bigger one than now".

setteing klep karisma

Peringatan : setelan klep yang benar atau salah akan mempengaruhi terhadap performa mesin Sepeda Motor.

Berikut ini cara-cara ringkas yang tepat menyetel klep pada Sepeda Motor Honda.

1. Persiapkan alat-alat antara lain:

Obeng (-) besar
Kunci T 17 (untuk motor Supra X 125/Karisma)
Kunci T 14 (untuk motor Supra Fit, Tiger)
Ring 8-9 (untuk motor tipe bebek)
Ring 10-11 (untuk motor tipe Sport)
Ring 17 (untuk motor tipe Sport)
Ring 24 (untuk motor tipe bebek)
Fuller gauge 1set
Valve Adjusting wrech (kunci klep)

2. Buka kedua tutup klep (In dan Ex) dengan menggunakan kunci Ring 17(tipe bebek) atau Kunci Ring 24(tipe Sport)

3. Awalnya posisikan agar kondisi valve bebas atau posisi piston pada Titik Mati Atas (TMA), dengan cara buka tutup magnet pada blok mesin kiri dengan menggunakan Obeng (-) besar (ada 2 buah ), pergunakan kunci Ring 14/17 untuk memutar poros engkol berlawanan dengan jarum jam,

4. Sambil memutar poros engkol, perhatikan pada saat valve In bergerak, lihat pada lubang kecil di blok magnet, posisikan tanda T pada garis lurus di lubang kecil blok magnet,

5. Kemudian pegang dan gerak-gerakkan kedua klep untuk memastikan keduanya sudah dalam posisi bebas,

6. Jika langkah diatas sudah benar, maka lakukan penyetelan valve dengan ukuran untuk tiap-tiap motor sbb:

Tipe Sport (Tiger,Mega Pro,GL Pro,Phantom) ukuran = 0,10mm (±0,01mm).
Tipe Bebek (Supra Fit, Grand, Legenda, Supra X, Win, GL 100) ukuran celah klep = 0,05mm (±0,01mm).
Tipe Bebek (Supra X 125, Karisma, Kirana) ukuran celah klep = 0,03mm (±0,01mm)
Tipe Matic (Vario) ukuran celah klep ( Klep In : 0,15mm (±0,01mm) Klep Ex : 0,26mm (±0,01mm) )

Cara penyetelannya adalah, kendorkan mur pengikat tappet adjuster (baut stelan klep) dengan menggunakan Ring 8-9 / 10-11,

7. Lalu letakkan Fuller gauge sesuai ukuran celah klep kedalam ujung batang klep, putar tappet adjuster(baut stelan klep) sampai terasa apabila fuller gauge di tarik terasa seret dan apabila didorong tidak bisa,

8. Kemudian keraskan lagi mur stelan klep dan cek ulang hasil stelan klep tadi, sampai hasilnya tepat, (bila fuller gauge terasa ditarik seret dan di dorong tidak bisa),

9. Tutup kembali semua komponen yang tadi dibuka kemudian rasakan hasilnya. MANTAP!

Demikian, mudah-mudahan bermanfaat.