' + '
' + '
'; } else { caption += $(this).find('figcaption').html() + getDetailsURL($(this).parent()) + getDownloadURL($(this).parent()) + showFBShare(); } } else { if (isMobile()) { caption += '
' + '
' + '
' + '
' + '
' + $(this).find('figcaption p').html() + '
' + getDetailsURL($(this).parent()) + getDownloadURL($(this).parent()) + showFBShare() + '
' + '
' + '
SHOW PHOTO DETAILS
'; } else { caption += '
' + '
' + $(this).find('figcaption p').html() + '
' + getDetailsURL($(this).parent()) + getDownloadURL($(this).parent()) + showFBShare(); } } return caption; }, afterLoad: function (instance, current) { //initial desktop view $(".fancybox-caption__body").addClass("a2a_kit").addClass("a2a_default_style"); if (isMobile()) $(".fancybox-caption__body").addClass("mobile"); }, afterShow: function (instance, current) { var $currentSlide = $(".fancybox-slide.fancybox-slide--current").parent().parent(); if (isMobile()) $currentSlide.find(".fancy-detail-link").on("touchstart", function () { captionToggle(); }); }, afterClose: function () { } })); let debounceTimer; $(window).on("resize", function (event) { if (isMobile()) return; if ($(".af3-caption-body").length > 0 && $(".af3-caption-body").css("height") != undefined) { event.stopImmediatePropagation(); $(".fancybox-caption__body").removeClass("half"); isDesktopInit = false; captionToggle(); debounceTimer = setTimeout(function () { clearTimeout(debounceTimer); debounceTimer = null; recalculateImageSize(); }, 1000); } }); function recalculateImageSize() { // Fancy box miscalculates because of race conditions with new layout var origImgWth = $(".fancybox-image").prop("naturalWidth"); var origImgHgt = $(".fancybox-image").prop("naturalHeight"); var winWth = $(window).innerWidth(); var winHgt = $(window).innerHeight() var ratio = Math.min(winWth / origImgWth, winHgt / origImgHgt); var newImgWth = (origImgWth * ratio); var newImgHgt = (origImgHgt * ratio); var dstTop = Math.floor((winHgt - newImgHgt)) / 2; var dstLeft = Math.floor((winWth - newImgWth)) / 2; $(".fancybox-content").removeAttr("style"); $(".fancybox-content").css("width", newImgWth + "px"); $(".fancybox-content").css("height", newImgHgt + "px"); $(".fancybox-content").css("transform", "translate(" + dstLeft + "px, " + dstTop + "px)"); } function captionToggle() { if ($(".fancybox-caption__body").hasClass("af3-caption-body")) { $(".af3-caption-body").stop(true, false).animate({ height: "0vh" }, 800, function () { // Animation complete. closeDetails(); }); $(".fancy-photo-detail-link").html($(".fancy-photo-detail-link").html().replace("CLOSE", "SHOW")); } else { $(".fancybox-caption__body").addClass("af3-caption-body"); $(".af3-caption-body").addClass(detailSize); $(".af3-caption-body").animate({ height: displayhgt }, 800); $(".fancybox-caption").addClass("af3-caption-bg"); $(".base-caption-info").addClass("full-height"); $(".fancy-photo-detail-link").addClass("photo-detail-gradient"); $(".fancybox-button").css("display", "none"); $(".fancy-photo-detail-link").html($(".fancy-photo-detail-link").html().replace("SHOW", "CLOSE")); $(".fancybox-caption__body").prepend(prependClosing()); $(".closing-box, .closingx").on("touchstart", function () { captionToggle(); }); } } function getDetailsURL(fbObj) { return 'DETAILS'; } function getDownloadURL(fbObj) { return 'DOWNLOAD'; } function showFBShare() { return ''; } function closeDetails() { $(".af3-caption-body").removeClass(detailSize); $(".fancybox-caption__body").removeClass("af3-caption-body"); $(".fancybox-caption").removeClass("af3-caption-bg"); $(".base-caption-info").removeClass("full-height"); $(".fancy-photo-detail-link").removeClass("photo-detail-gradient"); $(".fancybox-button").css("display", "block"); if (detailSize === "half") { detailSize = "full"; displayhgt = "90vh"; $(".fancybox-caption").removeClass("desktop-init"); } } function prependClosing() { return '
' } });
- Published
- By Airman Magazine Staff
- Airman Magazine
In the age of technological modernization, vertical airlift missions provide defense, deterrence and support for the most important assets of the United States. Over time, advances in modern technology make safeguarding resources more effective and provide better aid to the Airmen accomplishing the mission.
The MH-139A Grey Wolf is a multi-capable twin-engine helicopter capable of providing a wide range of mission support depending on the aircraft’s assigned Major Command. While the platform provides search and rescue capabilities to all commands, it also is slated to provide emergency security response for nuclear security missions within Air Force Global Strike Command and contingency response and airlift to Air Force District of Washington.
Additionally, the MH-139A will provide support to secondary missions within Pacific Air Forces, Air Force Materiel Command and Air Education and Training Command, ranging from general operations support to medical evacuation.
The MH-139A is based on the Leonardo AW139, a commercially-available and proven helicopter. The craft is outfitted with additional capabilities including military communication capabilities, navigation and enhanced survivability features, including an armored co*ckpit and cabin, a missile warning and countermeasure system, two mounted M240s, and bolstered self-sealing fuel cells.
The Grey Wolf was designed to accomplish a three-hour flight time while cruising at 135 knots (155 mph) without the need for refueling. It’s also capable of carrying nine personnel with necessary combat and security response equipment.
' + '
' + '
SHOW PHOTO DETAILS