Black Out – Beadhead
The theory in fly fishing has been when it is dark, fish light, and when it is light, fish dark. This rings true both in lighting conditions and water quality conditions.
The Black Out is here to help change that thought a bit. Typically a darker pattern is more difficult for a fish to see in dark conditions. This pattern uses UV thread, red wire, and a light tail to help counteract that.
The end result is a dark silhouette fly with “hot” colors to attract the fish. This combination has been especially lethal when fishing in the Czech/euro style of nymphing.
Specifications
| Component | Material |
|---|---|
| Body | Dark silhouette with UV thread |
| Wire | Red wire |
| Tail | Light tail |
| Style | Beadhead nymph |
FAQ
What makes the Black Out different from traditional dark nymphs?
The Black Out uses UV thread, red wire, and a light tail to create a dark silhouette with visible ‘hot’ colors that attract fish, especially in low light conditions.
Is this fly effective in both light and dark water conditions?
It is particularly effective in dark conditions due to its UV and red elements, which stand out to fish. In bright conditions, the light tail and color contrast can still attract attention.
Is the Black Out suitable for Czech or euro nymphing techniques?
Yes, this pattern has been especially effective when used in Czech or euro style nymphing due to its visual appeal and action in natural water conditions.

Jason Piper –
Used the Black Out during a late evening trip on a slow-moving stream. The red wire and light tail caught the fish’s attention even in dim light. It worked well in the Czech nymphing style and led to several strikes.
Kimberly Cameron –
Fished it in a murky river with low visibility. The UV thread and red wire stood out, and I saw multiple fish take the fly. A good choice for dark water conditions.
Alexandra Wilson –
This fly is a game-changer for evening fishing. The combination of dark body and bright accents makes it highly visible to fish, especially when using a slow retrieve.