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HONDA CB400 Super Four Silver Limited Edition MY2020, Power 54HP Harga Rp.121 Jutaan

Penulis

24 Juni 2020

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., salam pertamax7.com, HONDA CB400 Super Four Silver Limited Edition MY2020, Harga Rp.121 Jutaan

Honda Jepang pada akhir 2019 lalu meluncurkan warna matte beta silver metallic untuk motor yang sudah dijual dalam waktu lama yaitu Honda CB400 Super Four ( CB400SF ).

Honda Jepang membuka order Honda CB400SF matt beta silver metallic ini dalam waktu sangat terbatas mulai 16 Desember 2019 sampai dengan 31 Mei 2020.

Secara pilihan warna, garis kontras rendah digunakan untuk tangki bahan bakar dan cover jok agar sesuai dengan warna utama Matt Beta Silver Metallic. Selain itu, warna penutup kepala silinder dan roda depan dan belakang terbuat dari emas cokelat untuk membuat CB sporty dan kesan tenang.

Honda CB400SF dibekali dengan mesin HYPER VTEC Revo 4 silinder segaris berpendingin cairan 399cc DOHC yang mudah digunaakan dan menggunakan ABS sebabai pitanti standar yang cocok untuk segala usia pengendara dengan pengalaman pemula sampai ahli.

ARTIKEL INI BUKAN UNTUK BABE plus minus +- BABE / BABE.NEWS ! dan Sejenisnya

HONDA CB400 Super Four Silver Limited Edition MY2020

Berikut beberapa foto Honda CB400SF MY2020 LE

Harga HONDA CB400 Super Four Silver

Honda Jepang menjual Honda CB400 SF matte beta silver metallic Limited Edition 400 Unit ini dengan harga 917.400 Yen Jepang sama dengan Rp. 121.263.216,36 Rupiah Indonesia dengan catatan :

Kurs 1 JPY sama dengan 132,81 Rupiah Indonesia]
Harga Off The road, belum termasuk biaya registrasi, biaya pajak lain, biaya pajak jalan raya, asuransi dan lain sebagainya.

Spesifikasi HONDA CB400 Super Four Silver

Common name		Honda CB400 SUPER FOUR Partner
Car name/model		Honda 2BL-NC42
Overall length x width x height (mm)		2,080 x 745 x 1,080
Axle distance (mm)		1,410
Minimum ground clearance (mm)		130
Seat height (mm)		755
Vehicle weight (kg)		201
Riding capacity (person)		2
Minimum turning radius (m)		2.6
Engine model/type		NC42E/Water-cooled 4-stroke DOHC 4-valve in-line 4-cylinder
Total displacement (cm ³ )		399
Inner diameter x stroke (mm)		55.0 x 42.0
Compression ratio★		11.3:1
Maximum output		41 KW [54,9819 HP ] pada 11.000 Rpm
Maximum torque (N・m [kgf・m]/rpm)		39 N.m [4.0 Kgf.m ] Pada 9.500 Rpm
Fuel consumption rate ^*3 (km/L)	Ministry of Land, Infrastructure and Transport notification value Teichi fuel consumption value ^{※ 4}	31.0 (60km/h fixed-distance running test value) <when 2 people are on board>
	WMTC mode value * (class) ^*5	21.2 (Class 3-2) <1 passenger>
Fuel supply device type		Electronic <Electronic fuel injection device (PGM-FI)>
Starting method★		Self-operated
Ignition device type★		Full transistor battery ignition
Lubrication method★		Combined use with pressure-fed droplets
Fuel tank capacity (L)		18
Clutch format★		Wet multi-plate coil spring type
Transmission type		6-step return with constant mesh
Gear ratio	1st speed	3.307
	2nd speed	2.294
	3 speed	1.750
	4th speed	1.421
	5th speed	1.240
	6th speed	1.130
Reduction ratio (1st/2nd)		2.171/2.933
Caster angle (degrees) / Trail amount (mm) ★		25° 5’/90
tire	Previous	120/60ZR17M/C (55W)
	rear	160/60ZR17M/C (69W)
Brake type	Previous	Hydraulic double disc
	rear	Hydraulic disc
Suspension system	Previous	Telescopic
	rear	Swing arm type
Frame format		Double cradle

■Numerical value of application for type designation by Road Transport Vehicle Act (Items with ★ are Honda official specifications) ■Manufacturer/Honda Motor Co., Ltd.

*3The fuel consumption rate is the value under the specified test conditions. It depends on various conditions such as customer’s usage environment (weather, traffic jam, etc.), driving method, vehicle condition (equipment, specifications), maintenance condition, etc.
※FourThe constant fuel consumption value is the fuel consumption rate based on the actual measurement at a constant vehicle speed.
※FiveThe WMTC mode value is a calculated value based on the exhaust gas test result measured in the driving mode which is an international standard including start, acceleration, stop, etc. Driving mode classes are classified according to displacement and maximum speed