Lost Mary MT15000 Turbo Disposable Vape – Miami Mint | 15,000 Puffs | 50mg Salt Nic
Lost Mary MT15000 Turbo Disposable Vape – Miami Mint
The Lost Mary MT15000 Turbo in Miami Mint is the sophisticated, sun-kissed alternative to standard menthol vapes — a smooth, refined mint profile with a tropical citrus undertone that makes it feel like a breezy oceanside afternoon in every single puff. The inhale delivers a clean, cool mint that's crisp and refreshing without being harsh or overwhelming, layered over a subtle citrus warmth that adds a light, sun-drenched brightness to the profile. The exhale is airy, smooth, and effortlessly cool — refreshing enough to satisfy dedicated menthol vapers, light enough to appeal to fruit lovers who want something breezy and clean. Miami Mint is the kind of mint vape that works for everyone, one of the most universally appealing profiles in the entire Lost Mary lineup and consistently one of the top sellers across the MT15000 range.
The MT15000 Turbo platform delivers Miami Mint with precision and consistency. Smooth Mode provides up to 15,000 puffs with a cooler draw that keeps the mint-citrus balance perfectly calibrated — cool and refreshing from first puff to last. Turbo Mode amplifies the mint intensity and citrus brightness for a colder, more vibrant hit with more vapor production. The digital display tracks battery and e-liquid in real time, and USB-C fast charging keeps the device ready.
Flavor Profile
- Primary Flavors: Smooth Cool Mint / Subtle Tropical Citrus Undertone
- Vibe: Clean, Breezy, Refreshing, Sophisticated
- Sweetness Level: Low-Medium
Product Specifications
- Brand: Lost Mary (by EBCREATE / Elf Bar)
- Puff Count: Up to 15,000 (Smooth Mode) / Up to 7,500 (Turbo Mode)
- Nicotine Strength: 5% (50mg) Salt Nicotine
- E-Liquid Capacity: 16ml
- Battery: 600mAh rechargeable via USB-C
- Coil: Dual Mesh
- Display: Digital screen — battery & e-liquid indicators
- Modes: Smooth Mode / Turbo Mode
For adult vapers 21+ only. This product contains nicotine, which is an addictive chemical.