Third Generation Plus 80W Tesla Coil Gun Handheld

Third Generation Plus 80W Tesla Coil Gun for Advanced Demonstrations

This Third Generation Plus Official Enhanced Version Tesla Coil Gun is a handheld magnetic energy generator designed for users who want a clear, repeatable demonstration of high‑frequency, high‑voltage discharge. Built around a compact Tesla coil and powered by an internal lithium battery, it delivers visible arcs of 3-12 cm while remaining portable enough for bench, lab, or classroom use. The transparent housing and upgraded control panel allow you to observe the internal structure and operation, making it suitable for educational, experimental, and display environments where the principles of electromagnetism and resonance are being explored.

The unit operates from an internal 2200 mAh or 3150 mAh lithium battery (model dependent) and includes a dedicated power adapter for safe charging. Supply voltage is regulated between 10.5-12.6 V, with an operating current range of 0.5-6 A and standby current of approximately 0.15 mA. Output power ranges from 6-80 W, with a resonant frequency of 1.2-1.4 MHz and an automatic discharge mode of about 7 Hz. The linear arc length is adjustable from roughly 3 cm up to around 12 cm, giving you control over the visual effect and demonstration intensity. Electric field intensity is specified at about 400 V at 1 m, with a magnetic field intensity of about 70 µT at 1 m and a noise level of about 91 dB at 1 m. Overall device size (including coil) is approximately 200 × 100 × 175 mm, with a coil body of roughly 40 mm diameter and 92 mm length.

The TSL‑III 2200 mAh package can provide around 7,200 visible discharges per full charge, while the TSL‑III 3150 mAh package (Panasonic cell) is rated for up to about 10,000 discharges and supports both automatic and single‑trigger modes. Charging time is typically 1-3 hours, depending on the remaining battery level. The included power adapter accepts AC 100-240 V, 50/60 Hz input and provides a regulated 12.6 V DC, 1000 mA output matched to the battery system. The third‑generation design incorporates refined component selection, tuned circuit parameters, and a revised outer shell with gold‑plated function panels and a custom handle to improve ergonomics, durability, and operational stability.

Why It's a Smart Choice

• Clear, controllable Tesla coil arcs (3-12 cm) for demonstrations of high‑frequency, high‑voltage phenomena.
• True handheld portability with built‑in lithium battery (2200 mAh or 3150 mAh) and included 12.6 V charging adapter.
• Third‑generation circuit and mechanical refinements for more stable operation, improved appearance, and better user handling.

FAQ

Q: What is the difference between the 2200 mAh and 3150 mAh versions?
A: Both versions share the same core circuit and output characteristics. The 2200 mAh model is rated for about 7,200 discharges per charge, while the 3150 mAh version uses a higher‑capacity Panasonic cell and is rated for up to about 10,000 discharges, with support for both automatic and single‑trigger operation.

Q: Is this device suitable for children?
A: No. This is a high‑voltage experimental device intended for trained users, educators, and hobbyists who understand basic electrical safety. It should only be operated by adults and kept away from children and individuals with electronic medical implants.

Q: Can it be used continuously for long periods?
A: The device is designed for repeated triggering within the limits of its battery capacity and thermal design. For long sessions, allow periodic rest intervals so that internal components and the coil can cool, and always follow the safety and usage guidance provided by the seller or manufacturer.

Q: What can it be used for?
A: Typical uses include classroom or lab demonstrations of Tesla coil behavior, resonance and electromagnetic fields, visual display of high‑voltage arcs, and hobby experiments that require a compact, self‑contained high‑frequency discharge source, provided all local regulations and safety practices are followed.