Airmesh Beekeeping Suit with Rounded Veil - White

The Aero Series Beekeeping Suit is a lightweight AirMesh protective suit designed for maximum airflow and ease of movement. Built with an all-over mesh structure and reinforced fabric panels in key areas, it offers comfortable, breathable protection for active beekeeping work.

Key Benefits

• Promotes continuous airflow to help reduce heat buildup during active hive work

• Feels noticeably lighter and less restrictive than multi-layer or cotton suits

• Supports free movement while maintaining essential sting protection

• Provides practical storage and secure coverage without adding bulk

Construction & Features

• Constructed using an all-over AirMesh body that allows air to circulate freely while maintaining essential sting resistance

• Reinforced fabric panels applied to pocket areas and front pocket covers to improve durability in high-use zones

• Veil available in fencing or round styles, made with fine-quality mesh and supported by a stick insert to preserve shape and visibility

• Smooth-operating veil attachment system designed for quick opening and secure closure during use

• Collar-based suit layout that enhances comfort around the neckline and improves overall fit

• Original YKK zipper system fitted throughout the suit, including ankle zippers for easier wear over boots

• Integrated thumb loops and adjustable leg straps to help keep sleeves and pant cuffs properly positioned

• Nine-pocket configuration combining velcro-secured compartments, open-access storage, and dedicated pen pockets on the arm

• Built-in hanging loop for keys or small tools while working around hives

• Supplied with replaceable knee pads to support kneeling and ground-level tasks

• Suitable for machine washing, allowing straightforward cleaning after regular use

Ideal For

This suit is ideal for beekeepers who prioritise lightweight comfort, airflow, and mobility during active work. It is well suited for frequent inspections, quick hive access, and warm-weather beekeeping where reducing heat and maintaining flexibility are more important than heavy fabric layering.