Neroli Portofino Forte by Tom Ford

Name: Neroli Portofino Forte
Brand: Tom Ford
Rating: 7.9 (155 reviews)

2016unisex

Perfumer: Yann Vasnier

7.9/10

155 ratingsMost rate it 8 of 10

Neroli Portofino Forte by Tom Ford is a well-known Citrus Fresh perfume for women and men. Neroli Portofino Forte came out in 2016. It was composed by Yann Vasnier. The top notes include Bergamot, Leather, Musk and Basil; middle notes are Bergamot, Lavender, Orange blossom absolute and Bitter orange tree absolute; base notes include Orange blossom, Basil, Suede and Oakmoss. Most wearers reach for it in summer. It lasts long, with a strong sillage. Aromifo members rate it 7.9/10 from 155 ratings, with longevity at 7.2/10 and sillage at 6.7/10.

At a glance

Longevity: Most rate it 7/10: long-lasting
Sillage: Most rate it 7/10: strong
Best seasons: Summer and spring (81% of season votes)
Worn by: Unisex, no group has a majority of votes
Smells mainly: citrus, fresh, floral

Review

Main accords

Neroli Portofino Forte notes

17 notes

Neroli Portofino Forte features 17 fragrance notes across its scent pyramid.

Top notes

The opening

Heart notes

After 15 to 30 minutes

Base notes

The dry-down

Neroli Portofino Forte ratings

From the Aromifo community

Scent

155 ratings

7.9

Most rate it 8 of 10.

Longevity

143 ratings

7.2

Most rate it 7 of 10.

Sillage

145 ratings

6.7

Most rate it 7 of 10.

When to wear Neroli Portofino Forte

110 season votes

Spring35%
Summer45%
Autumn12%
Winter7%

Who wears it

Men43%
Unisex23%
Women34%

Perfumes like Neroli Portofino Forte

Best all-round matches across every signal.

See all 24 similar perfumes

How matching works

Every perfume is compared on up to five signals. Community accord votes weigh the most, followed by notes, where rare notes count more than common ones like musk. Note families, seasons and the men, women or unisex leaning make up the rest.

The brand is never used, so a match from another house is as likely as one from the same house. When a perfume has no data for a signal, that signal is skipped instead of counted as zero.