Boat Docking 2.0 vs IFR Flight Simulator

You can use parts of the first and second chapter for free. When buying the Full-Version you have access to all the content and the Simulator. You have always wanted to know how to dock a boat? These techniques, as well as all other techniques are included in this interactive "Boat Docking Simulation" course and simulation. All maneuvering techniques can be viewed step by step by means of interactive films or in the simulator, where you can try it under different conditions, like prop walk, wind, leeway, advance and more. For example, various possible docking techniques are presented and explained. In addition to the basics such as boat types, leeway, prop walk , also common rookie mistakes are presented and explained. This is perfectly suited for presentation purposes. It also contains exercises that can be performed with the crew whilst on board. Basics: Crew instruction, Language on board, Safety on board, boat types, Marinas, Berths, Cruise Technique: Basics, The Prop Walk, Leeway and advance, Influence of wind, leading technique, Prop wash, Lever effect, Power turn, The bow thruster, Rookie mistakes. Docking: Alongside, Alongside with bow thruster, Springing on stern line, Springing on midspring , Springin on bowspring, Med Mooring, docking piles, docking at Finger jetties. Undocking: Preparations, Springin off with bow spring, Springing off with stern line, Alongside with bow thruster, Mooring Basics, Undocking mooring systems, Undocking Amidspring, Undocking from piles, Undocking from Finger jetties. Buoys: Mooring at buoy, departing off a buoy, utilize prop walk, with the stern. Anchoring: The basics, anchoring maneuver, landfast, stern to pier.

Practice holdings, radial intercepts, and DME arcs on your phone before your next simulator session. Calculate the procedure, fly it with live instruments, and review your track in the debrief. IFR Flight Simulator combines focused IFR procedure training with real-time flight simulation, worldwide navigation data, and a choice of glass cockpit or classic gauges. What you can practice: • Holding Trainer: Randomized holding situations. Determine the entry, calculate the wind correction angles, then fly the pattern. • Intercept Trainer: Inbound and outbound radial intercepts as well as QDM/QDR intercepts. • DME Arc Trainer: Fly DME arcs and calculate the angle of lead to turn onto the inbound course at the right moment. • Approaches: Set up a final intercept, a position in the pattern (downwind, base, or final), or a full approach at any airport, including ILS. • IFR mental math: Practice entries, wind correction angles, and lead points until the calculations become automatic. Worldwide navigation database: • Navigation data from a recent AIRAC cycle, with worldwide coverage: 13,000+ airports and 10,000+ VORs, NDBs, and other navaids. • Train with real airports and navaids instead of generic exercise locations. Real-time flight simulator: • Modern glass cockpit (PFD and ND) or classic gauges. • Autopilot with rotary controls for heading, altitude, and speed, or fly manually by tilting your device. • Fast-forward mode to repeat procedures efficiently. • Live Map: your position and flight path in real time. • Live Needle Overlay: watch where the HSI and CDI needles actually point as they move with the aircraft symbol across the map. • Optimal Holding Entry Path Overlay: compare your flown track with the wind-corrected entry and holding pattern. • Flight Log with Debrief: every flight is recorded. Replay the track and the needle movement, or resume the flight later. Built for instrument rating training, proficiency practice, and simulator assessments. "I am currently training for my Instrument Rating, and my FI recommended this app to me. I didn't think such a high quality, useful training tool was possible as an app. Incredible for VOR bearings, practicing holds and command headings." App Store review by Sa4mmy Questions or feedback? Reach us at support@ifrsimulator.com. Disclaimer: This application is for training and educational purposes only. It must not be used for real-world flight planning or in-flight decision-making. While the developer strives to provide information and calculations that are as accurate and up-to-date as reasonably possible, they may still be incomplete or inaccurate, and other accepted methods exist for deriving procedures and correction angles. Always verify data against official aeronautical publications and follow the guidance of a certified flight instructor. The developer accepts no responsibility or liability for any errors, omissions, or outcomes arising from use of this software. Terms of Use: https://www.apple.com/legal/internet-services/itunes/dev/stdeula/