Bridle Y
1BIGRIG Ltd · Utilities
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Chart standing · US
What changed · US
Listing changes AppTracker has observed for this app in this storefront — new versions, price moves, rating shifts, and store copy.
Improved calculation accuracy and safety checks for rigging bridles. • Strengthened validation for load and geometry inputs • Improved force and tension calculations • Added clearer warnings for unsuitable sling angles • Improved hardware length and capacity verification • Fixed inconsistent edge-case results • Enhanced overall reliability and stability
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About
Bridle Y is a practical bridle calculator built for the entertainment rigging industry. Designed for working riggers, production crews and technical teams, Bridle Y helps you assess two-leg bridles quickly using pick point geometry and load weight. Calculate: • Bridle leg lengths • Included angle • Leg forces / tensions • Support reactions • Hardware and material guidance based on enabled stock lengths Whether you are planning in prep, checking options during load-in, or reviewing geometry on site, Bridle X provides a clear reference for common bridle calculations. Use Bridle Y to: • Compare pick point layouts • Review how angle changes affect forces • Estimate steels or chain requirements • Match available stock lengths • Plan cleaner, more practical bridles Important Safety Notice Bridle Y is for guidance only. It is not a substitute for competent rigging judgement, engineering approval, venue rules, manufacturer guidance or applicable regulations. Always verify: • Measurements • Hardware selections • WLL limits • Force paths • Final installation suitability Always follow local regulations, venue procedures, manufacturer data and qualified professional judgement before use in the field. Terms Of Use: http://big-rig.co/terms
What's new · 1.2
Improved calculation accuracy and safety checks for rigging bridles. • Strengthened validation for load and geometry inputs • Improved force and tension calculations • Added clearer warnings for unsuitable sling angles • Improved hardware length and capacity verification • Fixed inconsistent edge-case results • Enhanced overall reliability and stability
Details