CISON FG-VT9 9cc Gasoline V-Twin Model Engine Build DIY Mini Engine Kits

History Prototype

An engine with two cylinders and a "V"-shaped cylinder configuration is known as a V2 engine or a V-twin engine. Its overhead-valve Harley-Davidson motorcycle engine is also called a "panhead engine" because of how the rocker covers look like cooking pans.

The engines are placed in a V shape with angles more significant than 0 but less than 180. A twin engine with cylinders occasionally creates a 90-degree angle, known as an L-twin engine. These engines are frequently used because of their small size, high power-to-displacement ratio, and low-end power/torque delivery.

The V2 engines have been utilized in several small cars and motorbikes since the late 1880s. The most popular V-twin engines are found in 45° Harley Davidson motorcycles, which also have water jacket engines and the VRod water-cooled engine. Although inherent vibration is frequently connected to the mythology around V-twin engines, it is a negative side effect of the most common models.

Harley spaced its two cylinders at a 45-degree angle on a single crankcase mainly to let the engine fit inside a frame originally designed to house a single-cylinder engine. A 45-degree Vee angle, unfortunately, has a noticeable vibration "signature." There is little doubt that most engine men believe the V-twin's soul emanates from the engine room's trembling and shaking.

Features:

.Impressive Simulation: The realistically reproduced classic beauty and exquisite silver appearance mimic a real motorbike engine. The most crucial aspect of motorbikes is an upgrade based on the original design to increase performance and dependability.

.Reliable structure: The engine is designed with an OHV (overhead valve) bottom camshaft top rod air distribution structure, two 45°-angled cylinders, and two valves on each cylinder. The independent intake and exhaust designs ensure a more accurate switch, and the rocker arm and connecting rod work together more smoothly.

.Fine Processing: The two copper exhaust elbows are more distinctive, and the body is made with aluminum CNC precision processing. The rocker cover is chrome-plated, and the cylinder block's surface has been anodized. Long-lasting brightness and cleanliness of the engine result in aesthetically appealing artwork.

.Stable Performance: With a broad area heat sink with an optimum air cooling effect, the crankshaft operates smoothly and consistently over an extended period. Our highlights are our usual speed range of 2000-8000rpm and the delicate single carburetor throttle response.

.Widely Application: It is not inferior whether it is begun and applied to an RC model automobile or utilized as a static model collection. The model leaves plenty of room for upgradeable components, allowing gamers many hands-on customization opportunities. In addition, it makes a fantastic personalized present for fans of model engines.

.Note: The engine includes a spark plug and CDI igniter, not the fixed engine base or an electronic starter. If you have any special requests, kindly get in touch with us. To prevent harm to the engine from improper operation, please run the engine as instructed in the handbook. Suitable age is 14 and older.

Specifications:

.Material: Metal

.Brand: CISON

.Model: FG-9VT

.Item: V-type two-cylinder four-stroke gasoline engine

.Form: Kit version

.Cylinder: V-type two-cylinder;

.Stroke: Four-stroke

.Displacement: 9(4.5*2)cc

.Bore: 16.67mm

.Stroke: 21mm; Angle: 45°

.Speed: 2000-8000rpm

.Power: 0.8ps

.Starting power: 2S-3S lithium battery.

.Cooling method: air cooling

.Starting method: electric drill start

.Fuel: gasoline (mixed lubrication 25:1).

.Product Weight: 1500g

.Package Dimensions: 20 x 20 x 25cm

.Package Weight: 2000g

.Packing: Graphic Carton

Package List of the engine with the base:

1 x V2 Engine

1 x Drill starter

2 x Spark plug

2 x CDI igniter

4 x Copper exhaust pipe

1 x Metal Base

1 x Hall sensor

1 x Replacement flywheel

1 x Pulley

1 x Oil tank and stand

1 x O-Sealing ring

1 x Instruction