Nazghul's Breakfast

Nazghul's Breakfast is a modern Capsicum chinense pepper created by breeder Francis Gagnon and circulated through the specialist superhot seed trade. Its public profile is built around very dark fruit, dark foliage, and a dramatic fantasy-styled identity rather than a standard market pepper look. The name is a reference to the Nazgûl from The Lord of the Rings, which fits the pepper's near-black immature pods and ominous dark presentation.

The plant is described in current trade as tall and vigorous, with dark foliage and pods that begin near black, then mature through dark brown and purplish-brown tones into mixed dark brown and lighter mocha shades. Current descriptions repeatedly emphasise that the pods stay dark rather than shifting into a conventional bright ripe colour, and that the overall look is one of the defining traits of the variety.

In present circulation it is treated as a superhot pepper rather than a medium-hot novelty type. Mack's Peppers lists it at 1,000,000+ SHU, while several other sellers describe it more generally as a superhot without giving a precise figure. The pepper is also described as having strong flavour, with some listings calling it intense and others describing the pods as thin-walled and very fresh or crunchy when cut.

The earliest public exact-name trace located in current indexed search results is a SeedsIO grow record showing Nazghuls breakfast planted on February 4, 2024. By 2026 it was in broader retail circulation through specialist sellers in the United Kingdom, Canada, and the United States, showing that it had moved from breeder and hobbyist circulation into wider collector trade.

A major factual conflict exists in current listings over the pepper's mature colour and heat profile. Most breeder-linked and specialist listings describe a dark brown, mocha, or almost black superhot, while one UKChilliSeeds listing describes it instead as a bright orange-red, slender-podded chinense at 350,000 to 550,000 SHU. That conflict changes the pepper's core identity fields of ripe colour and heat level.