How much does a 2.00 to 2.99ct I FL natural cushion diamond cost?

As of September 2026, 2.00 to 2.99ct I FL natural cushion diamonds typically cost £15,808 GBP to £15,808 GBP, with a median price of £15,808 GBP. There are currently 1 diamonds matching this specification available across retailers.

Where can I find the best price on a I FL cushion diamond?

Compare prices across retailers on Carat Hunter to see all your options.

2.00 to 2.99ct I FL Natural Cushion

Quick answer

As of September 2026, there are 1 natural cushion diamonds with I colour and FL clarity in the 2.00 to 2.99ct range available across retailers worldwide. Prices typically run £15,808 GBP to £15,808 GBP, with a median of £15,808 GBP. At least 16 retailers stock this exact specification. Half of all listings fall between £3,812 GBP and £4,679 GBP per carat.

Three of the best scored stones at this specification right now:

2.29ct Cushion I FL, GIA, score 59 of 100, from £15,808 GBP

Caratlytics Diamond Price Index, August 2026: natural diamonds at 2,184 USD per carat and lab-grown at 464 USD per carat, a natural to lab ratio of 4.7 to 1. Cushion natural stones in the index: 2,792 USD per carat, +1.1% month on month. See the full index release

Figures come from live listings across more than 100 retailers and refresh daily. The index is a monthly release.

Last updated: September 2026

Available

Lowest Price

£15,808 GBP

Highest Price

£15,808 GBP

Average Price

£15,808 GBP

Market Intelligence

Retailers Selling

Price Spread

19.1%

Price Range

Price per carat distribution across retailers

$6,141/ct

10th Percentile

$4,921

Median

$6,141

90th Percentile

$8,194

Score Distribution

1 diamonds scored across 1 quality tiers

Average

1 (100.0%)

Find Your Diamond

Search 1 I FL cushion diamonds and compare prices.

Search Diamonds

Related Specifications

D IF D VVS1 D VVS2 D VS1 D VS2 D SI1 E IF E VVS1 E VVS2 E VS1 E VS2 E SI1 F IF F VVS1 F VVS2 F VS1 F VS2 F SI1 G IF G VVS1 G VVS2 G VS1 G VS2 G SI1 H IF H VVS1 H VVS2 H VS1 H VS2 H SI1 I IF I VVS1 I VVS2 I VS1 I VS2 I SI1