ACR ResQFlare USCG-approved Distress Flare & Flag is a non-pyrotechnic signaling solution crafted for boaters who need safe, reliable emergency signaling day or night. Paired with the included Distress Flag, it meets USCG requirements and provides fast visibility when every second counts.
-
USCG-certified night distress signal: Meets 46 CFR 161.013 and includes a Distress Flag for daylight signaling.
-
Non-pyrotechnic electronic flare: Safer, longer-lasting signaling alternative powered by efficient electronics.
-
360° visibility: Bright light emitted in all directions to help rescuers spot you quickly.
-
Effective signaling range: Over 6 miles of detectable range for timely rescue opportunities.
-
High-intensity LED strobe: 75 cd peak intensity that runs for up to 20 hours (room temperature) or longer.
-
Power and maintenance: Two user-replaceable C‑Cell alkaline batteries (Not Included) for easy, on‑the‑go power replacement.
-
Buoyant, automatic righting design: Floats if dropped in the water and does not require a separate flotation ring.
-
Rugged, durable construction: Fire-resistant, oil-resistant, fungus-resistant, and corrosion-resistant with IP67 waterproof protection.
-
Day and night signaling versatility: Emits a Morse code SOS signal at night; Distress Flag supports daylight signaling in bright conditions.
-
Coast Guard carriage readiness: Includes Distress Flag and is designed to meet carriage requirements for night and day distress signaling (LNK‑ERS1, Model 3966).
-
Safer, longer-lasting alternative: Combines advanced electronics with practical day‑ and night‑signaling options versus traditional pyrotechnic flares.
Designed for boating, sailing, fishing, and any water adventure, the ResQFlare combines dependable electronic signaling with an included Distress Flag to ensure you can communicate distress clearly in all conditions. Its 360° LED visibility, 6+ mile range, and durable, IP67-rated housing help you stay safer on the water, while user-replaceable batteries and buoyant design simplify maintenance and reduce disposal concerns.