Gain precise control and greater application flexibility with the Transland Right-Hand Boom Shut-Off System. Designed for pilots who need to shut off flow to the right side of the boom during operation, this system enables more accurate boundary control, reduced chemical waste, and safer application near sensitive areas.

Engineered with seamless integration of Transland’s patented stainless weldless booms and aluminum booms, the right-hand shut-off kit delivers dependable performance without compromising structural integrity or spray consistency. Built for durability and ease of operation, it’s a practical upgrade for operators who demand precision, efficiency, and reliability in every pass.

The 50% and 60% Boom Shut-Off Systems are designed to help applicators meet regulatory requirements for operations that call for a shortened boom width. Many aerial application guidelines limit effective spray width to reduce drift and improve application safety. By shutting off a portion of the boom, operators can quickly configure their aircraft to meet these requirements while maintaining consistent spray performance.

With options for either 50% or 60% boom shut-off, applicators can select the configuration that best aligns with their operational and regulatory needs. This flexibility allows pilots to reduce effective swath width when required, making it easier to comply with label restrictions and drift mitigation guidelines without changing equipment.

These kits are designed for applicators who want the benefits of boom shut-off without replacing their existing booms. Each kit is built to integrate with your existing boom setup and includes the components needed to quickly add the functionality you need in the field.

Options include 50% boom shut-off with right-hand shut-off for trimming, 50% boom shut-off without right-hand shut-off, and right-hand shut-off only kits. This flexibility allows operators to choose the configuration that best fits their application requirements while keeping their current booms in service.

By working with the equipment you already own, these kits provide a cost-effective way to improve application control, meet regulatory boom-length requirements, and increase operational versatility.