Piaggio Carnaby
Coolant capacity & service interval
Piaggio Carnaby coolant capacity ranges from 1,75 to 2 liters. Service intervals include a 24 month change period and checks at 6000 km and 10000 km. The data covers 6 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| Carnaby 250 I.e. (2009-2011) |
|
| Carnaby Cruiser 300 I.e. (2009-2011) |
|
| Carnaby 125 (2007-2010) |
|
| Carnaby 125 es Euro 3 (2007-2010) |
|
| Carnaby 200 (2007-2009) |
|
| Carnaby 200 es (2007-2009) |
|
Additional Notes
- Across the Piaggio Carnaby range, cooling system capacity falls into two distinct values: 2 liters for the 125 and 200 variants, and 1.75 liters for the 250 I.e. and Carnaby Cruiser 300 I.e. models.
- The 2-liter figure applies uniformly to the Carnaby 125, Carnaby 125 es Euro 3, Carnaby 200, and Carnaby 200 es, all covering model years 2007-2010 or 2007-2009 depending on variant.
- The Piaggio Carnaby 250 I.e. and Carnaby Cruiser 300 I.e., both spanning 2009-2011, share the reduced 1.75-liter cooling system capacity.
- A 24-month coolant change interval under normal use conditions applies to every variant listed, regardless of engine displacement or model year range.
- The Carnaby 200 (2007-2009) includes a coolant level check interval of every 6,000 km in addition to the standard 24-month change interval, a detail absent from the otherwise identical Carnaby 200 es specification for the same years.
- The Carnaby Cruiser 300 I.e. carries a coolant check interval of 10,000 km alongside the 24-month change schedule, reflecting the longer service spacing typical of larger-displacement engines.
- The 10,000 km check interval on the Carnaby Cruiser 300 I.e. is notably longer than the 6,000 km check interval specified for the Carnaby 200, despite both models sharing the same time-based 24-month change requirement.
- All specifications across the Carnaby range are designated for normal use conditions, meaning the stated intervals and capacities are not adjusted for severe or demanding operating environments.