USPA B License Study Guide 2026 (180+ Questions) – SIM, BSRs, Emergency Procedures, Canopy Control & FAR Part 105 | Complete USPA B License Exam

This comprehensive USPA B License Study Guide contains more than 180 exam-style questions and verified correct answers derived directly from the United States Parachute Association Skydiver's Information Manual (SIM), Basic Safety Requirements (BSRs), and Federal Aviation Administration regulations governing parachute operations. Designed specifically for skydivers preparing for the USPA B License examination, this resource provides an in-depth review of canopy flight, emergency procedures, weather interpretation, spotting techniques, equipment inspections, freefall skills, aircraft procedures, and advanced safety principles required for progression within the sport. The structured question-and-answer format transforms official guidance into an active-learning tool that strengthens retention, improves decision-making, and reinforces the operational knowledge necessary for safe and competent skydiving. The guide begins with a detailed exploration of the USPA Basic Safety Requirements (BSRs), emphasizing their role in reducing risk and promoting safe participation in skydiving activities. Students review the scope and application of BSRs, including their relevance to civilian parachute operations and exceptions involving military orders and in-flight emergencies. The material reinforces the importance of understanding the Skydiver's Information Manual (SIM), remaining compliant with federal regulations, adhering to drop zone procedures, and maintaining a safety-first mindset throughout every stage of the skydive. Candidates also examine age requirements, fitness considerations, alcohol and drug restrictions, and responsibilities associated with maintaining legal eligibility to participate in the sport. A substantial portion of the review focuses on licensing requirements and progression standards. Learners examine the privileges associated with USPA licenses, minimum jump-number requirements, currency recommendations following periods of inactivity, supervision requirements for returning jumpers, and the operational competencies expected of B License holders. The guide also addresses wing-loading recommendations, progression limitations, high-performance canopy considerations, and practical expectations for intermediate skydivers advancing toward more complex jumping activities. Canopy flight and landing procedures receive extensive coverage throughout the material. Students develop proficiency in glide-path assessment, landing-pattern construction, flare techniques, rear-riser control, braked flight, stall recognition, and collision avoidance strategies. Topics include the effects of wind on canopy performance, canopy descent characteristics, safe use of front and rear risers, recovery from broken brake lines, canopy pattern modifications, and techniques for maximizing landing accuracy. High-yield discussions address the dangers associated with hook turns, low-altitude maneuvering, and excessive brake input while emphasizing predictable flight paths and disciplined decision-making under canopy. Emergency procedures constitute one of the most heavily emphasized sections of the guide. Candidates review total malfunctions, partial malfunctions, pilot chute hesitations, pilot chute in tow situations, horseshoe malfunctions, bag locks, lineovers, streamers, severe canopy damage, and entanglements with other jumpers. Students repeatedly reinforce altitude awareness and predetermined decision-making thresholds while learning appropriate cutaway procedures, reserve deployment priorities, and responses to malfunction scenarios encountered during both freefall and canopy flight. The material also addresses canopy entanglements, two-canopy situations, and emergency responses involving trees, power lines, water landings, and buildings. Freefall skills and group-jump procedures are examined comprehensively to strengthen body-flight awareness and collision prevention strategies. Learners review neutral body position, heading control, tracking techniques, breakoff procedures, freefall turns, docking approaches, wave-off practices, and methods for recovering stability following loss of control. Students examine techniques such as "Altitude, Arch, Legs, Relax" while developing the ability to manage separation effectively during solo and group jumps. The guide further explores freefall timing calculations, drift estimation, tracking orientation relative to jump run, and safe deployment sequencing. Aircraft operations and spotting principles represent another major focus of the review. Candidates examine aircraft safety procedures, restraint-system requirements, jump-run responsibilities, spotter duties, aircraft emergency considerations, and techniques used to determine the correct exit point. The guide reinforces best practices involving seatbelt use, door operations, climb-out awareness, communication between jumpers and pilots, and evaluation of conditions directly beneath the aircraft before exit. Concepts involving group separation, ground-speed calculations, and wind considerations strengthen operational awareness and improve overall jump planning. The material provides detailed instruction regarding parachute equipment and maintenance. Students review the three-ring release system, reserve static lines (RSLs), automatic activation devices (AADs), pilot chutes, bridles, main closing loops, kill lines, brake systems, container inspections, and reserve packing requirements. Topics include the "check of threes," proper RSL routing, recognizing worn components, cleaning release cables, ultraviolet damage prevention, storage considerations, Velcro maintenance, and FAA oversight of parachute systems. These concepts help candidates build confidence in performing pre-jump equipment checks and recognizing conditions that may compromise safety. Weather interpretation and environmental awareness are explored extensively throughout the guide. Learners review cloud-clearance requirements above and below 10,000 feet MSL, visibility minimums, turbulence recognition, density altitude effects, gust fronts, thunderstorms, thermals, wind gradients, and upper-wind drift calculations. The review emphasizes practical application of meteorological knowledge to spotting, canopy navigation, and go/no-go decision-making while reinforcing the responsibilities shared between jumpers and pilots in maintaining compliance with visual flight rules. Additional sections address night jumps, demonstration jumps, water training, canopy formation considerations, wingsuit prerequisites, and specialty activities regulated through USPA guidance. Students examine lighting requirements for night operations, flotation-device recommendations, canopy formation docking procedures, approach limitations, breakaway restrictions, and the operational standards governing advanced disciplines. These discussions broaden the learner's understanding of skydiving beyond routine operations while reinforcing the importance of seeking proper supervision and adhering to established safety protocols. The concepts presented align closely with the United States Parachute Association Skydiver's Information Manual (SIM), USPA Basic Safety Requirements (BSRs), Federal Aviation Regulations Part 105, and accepted best practices throughout the skydiving community. This review guide serves as both an intensive examination preparation resource and a practical operational reference for skydivers committed to advancing their skills safely and responsibly. Referenced Academic and Regulatory Sources: • United States Parachute Association (USPA). Skydiver's Information Manual (SIM). • USPA Basic Safety Requirements (BSRs). • Federal Aviation Administration (FAA). Federal Aviation Regulations Part 105 – Parachute Operations. • FAA Advisory Circular AC 105 Series. • United States Parachute Association. Integrated Student Program (ISP). • FAA Parachute Rigger Regulations and Guidance Materials. • USPA Safety and Training Advisor (S&TA) Educational Resources. Relevant Students: This document is highly recommended for USPA B License candidates, A License holders progressing toward intermediate certification, Accelerated Freefall (AFF) graduates, Instructor-Assisted Deployment (IAD) graduates, static-line jumpers, recreational skydivers seeking expanded privileges, canopy course participants, drop zone training students, wingsuit candidates reviewing prerequisites, demonstration-jump candidates, and licensed skydivers seeking a comprehensive refresher on SIM standards and USPA safety procedures. Keywords: USPA B License, USPA B License Exam, Skydiving Study Guide, Skydiver's Information Manual, SIM, Basic Safety Requirements, BSR, FAR Part 105, USPA Exam Prep, B License Questions, Emergency Procedures, Canopy Control, Canopy Flight, Landing Patterns, Glide Path, Rear Riser Control, Front Riser Maneuvers, Braked Flight, Canopy Accuracy, Hook Turns, Collision Avoidance, Total Malfunction, Partial Malfunction, Pilot Chute In Tow, Horseshoe Malfunction, Bag Lock, Lineover, Cutaway Procedures, Reserve Deployment, Automatic Activation Device, AAD, CYPRES, Reserve Static Line, RSL, Three Ring Release System, Spotting, Jump Run, Aircraft Safety, Group Separation, Tracking, Wave Off, Breakoff Altitude, Altitude Awareness, Freefall Turns, Docking, Drift Calculations, Weather Awareness, Cloud Clearance, Visibility Requirements, Density Altitude, Thermals, Gust Fronts, Wind Gradient, Thunderstorms, Night Jumps, Water Training, Demonstration Jumps, Wingsuit Requirements, Canopy Formations, FAA Rigger, Parachute Maintenance, Skydiving Safety, Intermediate Skydiving Certification