Geekvape Aegis Legend Mod

Geekvape Aegis Legend Mod

Geek Vape Aegis Legend 200W TC Box Mod Features:

  • Dimensions: 90.5mm by 58.5mm by 30.6mm
  • Dual High-Amp 18650 Batteries – Not Included
  • Wattage Output Range: 5-200W
  • Temperature Control Range: 200-600F
  • Minimum Atomizer Resistance: 0.05ohm
  • Support Nickel, Titanium, and Stainless Steel Heating Elements
  • Temperature Coefficient of Resistance Adjustments (TCR)
  • VPC Mode – Power Curve Adjustments
  • BYPASS Mode
  • Intuitive 0.91″ OLED Full-Color Display
  • Durable Zinc & Aluminum Zinc Alloy Construction
  • LSR Silicone Mould
  • Stainless Steel Powder Metallurgy
  • Premium Leather Grip Section
  • Rubberized Bumpers To Reduce Shock
  • IP67 Dustproof System
  • Rocker-Style Firing Button
  • Bottom-Loaded Hinged Battery Cap
  • Spring-Loaded Gold-Plated 510 Connection

Includes:

  • 1 Aegis Legend 200W Box Mod
  • 1 MicroUSB Cable
  • Instructional Manual

Description

The Geekvape Aegis Legend 200W Box Mod requires dual 18650 batteries. The Aegis Legend increases maximum power output to 200W with the intelligent AS Chip. Maintaining the high-level of shock-absorbency and withstanding dirty environment, the Aegis Legend 200W Box Mod is constructed with die-cast aluminum alloy frame, advanced LSR Injection Moulding technology, ergonomic leather grip, and carbon steel battery door cover. The battery section is bottom-loaded, allowing for easy installation of dual high-amp 18650 batteries (sold separately) via a hinged lock mechanism for proper securement. A rocker-inspired firing button in a trigger-style structure provides user-friendly operation, with a full-color OLED display screen for organized informational readouts. The Aegis Legend has a maximum wattage output of 200W, and several output modes, such as: Power Wattage, VPC, TC-TCR, and BYPASS Mode. Under temperature control setting, it has Temperature Coefficient of Resistance (TCR) setting, a proprietary technology to adjust resistance of a wide range of heating elements to different ranges.

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