9.8HP Marine Power
Compact output for small boats, tender craft, and light-duty fishing applications that value portability. The 169cc engine is configured for stable output across inland and coastal operating conditions.

9.8HP
Compact, practical, and easy to operate, the NEWTOP Outboard Motor T9.8A delivers 9.8HP two-stroke power for personal and family boating. With tiller steering, manual start, and a straightforward operating layout, it offers simple everyday handling. Its compact size and 12L fuel tank make it a suitable choice for inflatable boats, fishing boats, and other small boats used for leisure on the water.
More than a basic specification sheet, each NEWTOP outboard motor is built around practical marine use: reliable starting, controlled fuel use, serviceable structure, and stable operation for distributors serving fishing, leisure, and working boats.
Compact output for small boats, tender craft, and light-duty fishing applications that value portability. The 169cc engine is configured for stable output across inland and coastal operating conditions.
Simple 2-stroke construction gives fast throttle response, easy service access, and strong power-to-weight value.
Anti-corrosion treatment, protected components, and durable exterior finishing support long-term use in wet and salt-exposed environments.
A straightforward servicing layout helps distributors, repair shops, and fleet users reduce downtime during routine inspection and parts replacement.
| Max. Output Power | 9.8hp/7.2kW |
| Tansom Height | 15/20" |
| Type | 2 Stroke |
| Displacement | 169cc |
| Bore X Stroke | 50X43.1mm |
| Ignition System | CDI |
| Steering System | Tiller |
| Starting System | Manual |
| Gear Shift | F-N-R |
| Gear Ratio | 2.08 |
| Trim and Tilt | Manual |
| Fuel Tank Capacity | 12L |
| Max. Fuel Consumption | 5.1L/h |
| Lubrication System | 50:1 |
| Propeller Options | 3-8.3" |
| N.W./G.W. | 26/27kgs |
NEWTOP controls key production steps from engine assembly to final testing, helping keep product quality consistent for long-term distribution.



