Chill Spot in Old Harbour

Chill Spot in Old Harbour is a simple, self-catering one-bedroom apartment in Old Harbour, Jamaica, geared toward travelers who want an easy, home-style base close to town.

Photo of Chill Spot in Old Harbour by Matthew Ramdeen on Google Maps

Apartment-style setup: The layout is centered on a one-bedroom space with a separate living room, which can work well for couples or small groups who want room to spread out.

In-room comfort: Air-conditioning is provided, and the living space includes seating and a work desk—useful if you’re mixing downtime with a bit of remote work.

Self-catering kitchen: A fully equipped kitchen setup is part of the stay, including key appliances like a fridge, microwave, oven, stovetop, and kettle for straightforward meals and snacks.

Practical extras: Having a washing machine on-site is a real plus for longer stays, beach days, or road trips across Jamaica.

Connectivity and entertainment: Free WiFi and a flat-screen TV with streaming support help keep evenings easy when you’re not out exploring Old Harbour.

Parking and on-site options: Free private parking is available, and the property is listed with a garden and an on-site restaurant, which can add convenience when you don’t feel like going far.

Nearby convenience: Being on East Street near the Taxi Park area can make it easier to get around Old Harbour without needing to drive everywhere.

Limited on-site facilities: As an apartment-style stay, it may not offer the full-service feel (or shared amenities) some travelers expect from a traditional hotel.

Town setting trade-off: The central Old Harbour location can be convenient, but it may also come with typical town noise at times.

Pros	Cons
One-bedroom apartment with living room and kitchen	Not a full-service hotel experience
Air-conditioning, free WiFi, streaming-capable TV	Central area may be noisier than a secluded stay
Washing machine and free private parking	On-site amenities may feel limited beyond the apartment basics

Chill Spot in Old Harbour in 360°