While barely any American helicopters served in World War II and few flew in Korea, Vietnam was a proving ground for many airframes — everything from the venerable Huey to Chinooks sporting huge guns.
One of the most dangerous helicopter assignments was a tiny scout helicopter known as the “Loach.” Officially designated the OH-6 Cayuse, these things were made of thin plexiglass and metal but were expected to fly low over the jungles and grass, looking for enemy forces hiding in the foliage.
They were usually joined by Cobra gunships — either in hunter-killer teams where the Loach hunted and the Cobra killed or in air mobile cavalry units where both airframes supported cavalry and infantrymen on the ground.
In the hunter-killer teams, the Loach would fly low over the jungle, drawing fire and then calling for the Cobra to kill the teams on the ground.
In air mobile teams, a pilot would fly low while an observer would scan the ground for signs of the enemy force. Some of them were able to tell how large a force was and how recently it had passed. They would then call in scouts on the ground or infantrymen to hunt for the enemy in the brush while attack helicopters protected everyone.
Queer John was famous not just for crashing, but for keeping the crew safe while it did so. An Army article written after John’s seventh crash credited it with surviving 61 hits from enemy fire and seven crashes without losing a single crew member.
While Loachs were vulnerable to enemy fire, they were famous for surviving crashes like John did. A saying among Army aviators was, “If you have to crash, do it in a Loach.”
Imagine the tension of being a British soldier waiting to be evacuated from the beaches of Dunkirk as the Nazi Wehrmacht closed in around you and your mates. Now imagine somehow being left behind after all 340,000 of your fellow troops were led back to Britain.
May joined the service in 1940, after World War II broke out. He enlisted to become a driver with the 13-division strong British Expeditionary Force in France. The British mission on continental Europe in the early days of the war did not go well. After Nazi Germany invaded Poland in September, 1939, the French and British declared war almost immediately. Just as fast, the British Expeditionary Force began arriving in France.
By June, 1940, they were all being evacuated by any British subject who had a boat that could float. Most of them, anyway.
The effort to rescue the trapped Allied troops was dubbed “Operation Dynamo” and was a mission to pick up distressed British, French, and Belgian troops waiting on the beaches at Dunkirk. By May 10, 1940, Nazi Germany had captured all of Belgium, Luxembourg, and the Netherlands. They were already in control of much of Northern France and had the Allied forces on the ropes.
As the Nazis moved to push the Allies into the sea, British citizens and Royal Navy ships mounted the massive impromptu rescue effort, pulling any troops they could fit in their craft, and ferrying them back across the channel. Not everyone survived the wait on the beaches, as they were constantly harassed by the Nazi luftwaffe and threatened by German ground forces.
British troops waiting for evacuation on the beaches of Dunkirk.
In Dynamo, the British expected to be able to save some 30,000 to 45,000 troops who would then defend the British home islands. Using a still-unknown number of “little ships” piloted by civilians, they managed to save ten times that number. It truly was a miracle.
But James May and six of his fellow soldiers were somehow left behind. They did what any quick-thinking, resourceful bunch of soldiers would do in a lawless area with an determined enemy bearing down on them: They stole a car and beat it.
In their own, smaller version of the Miracle at Dunkirk, the group managed to drive out of the war zone in their stolen vehicle, evading the Wehrmacht for a full six days before finding a boat and captain that would ferry them home to England.
He was stationed in Northern Ireland for much of the war but he had his chance to hit the beach of France once more, and again as a driver. This time, however, he was driving a British DUKW amphibious vehicle, landing British troops in the battle to crack the walls of Hitler’s Fortress Europe.
American warships are capable, lethal, and imposing, so much so that it can be easy to forget that they are still just lumps of metal floating through highly damaging saltwater while running at high power as hundreds or thousands of sailors prowl their decks.
Here’s how sailors make sure that all the sailing, work, and seawater doesn’t doom the ship before it can shoot its way through enemy fleets:
One of the most important parts, besides avoiding enemy missiles and shells, obviously, is making sure that the saltwater stays in the ocean and doesn’t get inside the ship. That’s why the Navy has hull maintenance technicians like Ryann Galbraith, above. They work on all the plumbing, decks, structures, and hulls, patching, welding, riveting, etc. to keep fluids and steam in dedicated pipes.
Of course, the hull itself can be vulnerable, accumulating barnacles and other sea life and rusting from the exposure to water and salt. To deal with this, the Navy sends sailors around the ship, often in small boats, to touch up paint or clean off risky accumulations. Also, they send divers under the water to clean the hull and perform more maintenance.
But the ship also needs to be able to hit back if it comes under attack, and weapons like the Phalanx close-in weapons system allow it to knock the enemy’s missiles and other airborne threats out of the sky. But, you guessed it, all those moving parts and sensitive electronics need a lot of maintenance as well.
Wires fray, parts wear out, electronics degrade. Fire control sailors make sure their weapons will protect the ship when called upon.
The maintenance can get a lot more complicated when you go inside the ship. The engines on Navy ships, whether fueled by diesel, gasoline, or nuclear, are pretty complicated. They need to be regularly inspected, pumps and belts have to get replaced, oil and other fluids need to be changed.
And that’s all if everything goes according to plan. When engines experience a real breakdown, it can necessitate people crawling through the engine or the ship getting towed into port for drydock maintenance. So, doing the maintenance is worth the effort.
But Navy engines actually have a lot of maintenance needs with few civilian equivalents. The sailor above is changing out the burner barrel on an amphibious assault ship. Do any of your vehicles have burner barrels? Mine don’t. And few people need specially trained staff to keep their nuclear reactors from poisoning the passengers.
Other routine maintenance on ships is much more sensitive and demanding as well. Navy ships have doors that need to be welded properly, or else lethal substances could leak through when the ship is in a chemical, biological, radiological, or nuclear environment.
By the way, there are so, so many pictures online of sailors welding. That’s not surprising since ships are made of metal and that metal needs to be repaired. But still, so many pictures. This particular one shows a hull maintenance technician repairing a crane cradle on a submarine tender.
Most Navy ships have specialty systems not seen on civilian vessels or even on most other vessels of the fleet. For instance, carriers have catapults that, except for the USS Gerald R. Ford, are powered by steam. The catapults have to be repaired as parts wear out, and they have to be carefully calibrated even when everything is working properly.
While a leaked US intelligence report suggests North Korea now can build warheads small and light enough to fit inside its intercontinental ballistic missiles, nuclear weapons experts doubt that Pyongyang can develop an operational ICBM with a reliable warhead capable of hitting the US mainland.
Reports about the intelligence community’s consensus on North Korea’s weapons capability came this week as Pyongyang and Washington exchanged war threats.
The July 28 analysis from the Pentagon’s Defense Intelligence Agency, disclosed August 8 by The Washington Post, concludes that Pyongyang has “produced nuclear weapons for ballistic missile delivery, to include delivery by ICBM-class missiles.” On August 10, NBC News quoted unnamed US officials as saying the CIA and the Office of the Director of National Intelligence, as well as other intelligence agencies, agreed with the assessment.
Key questions unanswered
Miniaturization technology was one of the major hurdles in Kim Jong Un’s nuclear and missile programs. If the DIA assessment holds true, the regime is now closer to achieving its ambition: striking the continental US with a nuclear-tipped ICBM.
Determined as North Korea is to become a full-fledged nuclear power, experts say several important questions about its capabilities remain.
David Albright, a former UN nuclear inspector, told VOA’s Korean service the DIA assessment appeared to have ignored “uncertainties and caveats” about the reliability of the miniaturized warhead, once it is loaded atop an ICBM, and little is known about the chances that the payload will reach its target.
Pyongyang already can miniaturize nuclear warheads and mount them on its medium-range Rodong missiles, which have been test-launched repeatedly since the early 1990s. Albright said it might be possible, but less likely, that they could do the same with an ICBM.
Difficulties only begin at launch
Albright, president of the Institute for Science and International Security, explained that a nuclear warhead must survive the entire ICBM mission – the rigors of blastoff, possibly from a mobile launch vehicle, the flight into space and then a blazing re-entry into the atmosphere – before it can detonate above its target.
Failures can occur, Albright noted, because of the much more exacting requirements of the Hwasong-14 ICBM missile system, which has been tested only twice, and just within the past month – not enough to establish its reliability.
“Countries spend a lot of time working this problem to try to build up what they call the reliability of the warhead in a delivery system, and it just takes time,” Albright said. “I think I would be skeptical that North Korea can do it right now.”
Michael Elleman, senior fellow for missile defense at the International Institute for Strategic Studies, had similar views. But in terms of volume, he said, if a warhead can fit inside the payload bay of Pyongyang’s Scud-type short-range missile, which has a relatively narrow diameter, any of the regime’s other missiles, including the Hwasong-14, certainly could accommodate it.
Lighter warheads travel farther
It is not yet clear by how much the North Koreans can lighten their missiles’ payloads, which would extend their range.
“It is still a question mark as to whether they can threaten deep into the United States,” Elleman said.
However, he told VOA, it appears the North Koreans’ rockets could deliver a 500-kilogram warhead as far the western portions of the continental US
Further undercutting confidence in the North’s technical capabilities is a lack of clarity about the Kim regime’s mastery of atmospheric re-entry technology for the warhead, a crucial requirement for operational ICBMs.
For long-range flights, Elleman said, “the re-entry velocity, when it comes back into the Earth’s atmosphere, is much higher, and so the protection mechanisms for the re-entry vehicle [must be] more rigorous, to survive the much greater amount of heat and the vibrations as it slows down, passing through … thicker and thicker [air] as you get closer to the surface.”
Tests show ‘substantial progress’
Siegfried Hecker, a former director of the Los Alamos National Laboratory, is now a professor at Stanford University’s Center for International Security and Cooperation, and he has visited North Korea seven times and toured its nuclear facilities.
Hecker said in an interview with The Bulletin of the Atomic Scientists that making miniaturized warheads robust enough to survive the extreme conditions of ICBM flight “is very demanding and takes time, particularly because warheads contain materials such as plutonium, highly enriched uranium, high explosives and the like.”
“These are not,” he added, “your ordinary industrial materials.”
However, Hecker added in a separate interview this week, Pyongyang’s latest two missile tests, of their ICBMs, “demonstrate substantial progress, and most likely mean they will be able to master the technology in the next year or two.”
The Bulletin of the Atomic Scientists, founded in 1945 by scientists who worked on the US Manhattan Project and built the first atomic bomb, has for 70 years published the “Doomsday Clock,” intended as a measure of how close the world is to a thermonuclear war – or to midnight, on the clock, because that could lead to a worldwide cataclysm.
The Doomsday Clock stood at three minutes to midnight in 2016. The scientists involved advanced it in late January this year, and it is now just two minutes and 30 seconds short of midnight.
Now that the military life is thoroughly back into full swing after the new year lull, I’m going to make a wild guess and assume that a large portion of the grunts are now going to go out into the field “to make up for lost time.” Have fun with that.
To a certain extent, I understand summer field problems. Go out and train for what you’ll do on a deployment. And I get that there are certain parts of RC-North, Afghanistan, that get cold as balls, so acclimatizing makes sense. But winter field exercises back stateside just teaches troops one crucial thing: never second guess the packing list.
You’ll be doing the exact same as thing you’ll do during every other field exercise, but if you, for some reason, forget gloves… Well, you’re f*cked.
For the rest of you POGs who’re still lounging around the training room on your cell phones, have some memes!
(Meme via PT Belt Nation)
Five bucks says that Adam Driver still has a poncho liner on his couch.
The most expensive weapons system under the Air Force’s $17.9 billion research, development, test, and evaluation funding request for 2016 is also without a doubt the most mysterious.
Under the proposed 2016 budget, the Air Force has requested an allocation of $1.2 billion for its Long Range Strike-Bomber (LRS-B) program, according to Defense News. The program, which is expected to reach initial operating capability by the mid-2020s, envisions the construction of 80 to 100 planes with an estimated unit cost of $550 million each (though the actual cost will most likely be much higher).
The LRS-B is being billed as the successor to the US Air Force’s B-2 Stealth Bomber. Last summer, the Air Force opened a competition for the development and construction of the plane. Northrop Grumman, the developer of the B-2, and a partnership of Boeing and Lockheed Martin are vying for the chance to build the LRS-B.
Alongside the F-35 and the KC-46 aerial refueling plane, the LRS-B is one of the Air Force’s top three priorities for future research and acquisition.
“I think the long-range strike bomber is absolutely essential to keep our deterrent edge as we go into the next 25 years,” Defense Secretary Chuck Hagel said in a town-hall meeting at Whiteman Air Force Base.
The focus on the development of the LRS-B, alongside the F-35 and the KC-46, is aimed toward the Air Force’s having a “family of systems” approach in which each airframe seamlessly complements the others during operations.
“Everyone focuses on ‘the fighter,'” Lt. Gen. Ellen Pawlikowski, military deputy to the assistant secretary of the Air Force for acquisition, told National Defense Magazine. “But the answer to next generation air dominance is likely to be a family, like the long-range bomber.”
Badass nicknames become even better when they have a great backstory like being bestowed by an enemy who faced the unit in battle. While the Marines probably weren’t dubbed “Devil Dogs” by the Germans, a number of other military organizations claim their nicknames come from the enemy. Here are 7 of them:
The 9th Armored Division was deployed to the northern front of the Battle of the Bulge as it was beginning in 1944. The Germans began referring to the unit as “Phantom” because it seemed to appear everywhere along the front.
2. “Bloody Bucket”
Soldiers with the 28th Infantry Division were known for vicious fighting tactics during the Normandy Campaign. Since they wore a red patch that was shaped like a bucket, the Germans began calling the division the “Bloody Bucket.”
3. “Devils in Baggy Pants”
During the invasion of Italy in 1943, the 504th Parachute Infantry Regiment were defending the right flank of the 3rd Infantry Division and conducted regular raids into the enemy’s outposts. A dead German officer’s diary supposedly contained the nickname for the airborne infantrymen.
4. “The Blue Ghost”
Japanese propaganda kept reporting that the USS Lexington had been sunk and kept being proven wrong when the blue-hulled aircraft carrier came back and whooped them time and time again. This eventually led Tokyo Rose to dub it “The Blue Ghost.”
5. “Grey Ghost”
“Grey Ghost” was applied to a few ships because the Tokyo Rose writers were apparently lazy. The USS Hornet, the USS Pensacola, and the USS America all claim the nickname and the story for each is the same, Tokyo Rose bestowed it on them in World War II.
6. “Black Death”
Iraqi troops resisting the American advance in Desert Storm learned to fear the Apache helicopter even before the “Highway of Death.” After the Apache destroyed their radar stations and many of the tanks and troops, Iraqi soldiers began calling it the “Black Death.”
7. “Steel Rain”
Iraqi soldiers who survived the first combat deployment of the Multiple Launch Rocket System, which can fire rockets that explode over the enemies head and releases hundreds of lethal bomblets, dubbed the weapon “Steel Rain.” The 3rd Battalion, 27th Field Artillery Regiment soldiers who fired on the soldiers adopted “Steel Rain” as their official unit nickname.
In the 1950s, America’s nuclear bomber pilots had a very valid concern about firing their weapons. In many cases, an aircrew that fired a nuclear weapon would be hard-pressed to outrun the blast when the warhead detonated.
Operation Upshot-Knothole was a series of nuclear tests in Nevada. In the detonation named “Encore,” a group of three homes were tested against a 27-kt nuclear warhead. One house had old paint and trash in the yard, one house had new paint and trash in the yard, and a third house had new paint and no trash. In the test, the trash set on fire and burned down the first home. The second house experienced small fires on its most weathered areas that eventually grew and consumed the house. The third structure, with new paint and no trash, was scorched but survived the test.
Russia’s only aircraft carrier, the Admiral Kuznetsov, sustained massive damage from a 70-ton crane falling on it after an accident at a shipyard, Russian media reports.
The Kuznetsov, a Soviet-era ship already known for having serious problems, now has a massive 214 square foot hole in its hull after a power supply issue flooded its dry dock and sent a crane crashing down against it.
Russia’s only aircraft carrier, the Kuznetsov, is a floating hell for the crew
“The crane that fell left a hole 4 by 5 meters. But at the same time … these are structures that are repaired easily and quickly,” Alexei Rakhamnov, the head of Russia’s United Shipbuilding Corporation, told Russian media.
“Of course when a 70-tonne crane falls on deck, it will cause harm,” Rakhmanov continued, according to the BBC. “But according to our initial information, the damage from the falling crane and from the ship listing when the dock sank is not substantial.”
The newest Freedom-class littoral combat ship, LCS 19, the future USS St. Louis, was christened and launched in Marinette, Wisconsin, on Dec. 15, 2018, when the 3,900-ton warship tumbled into the icy water of the Menominee River on its side.
Freedom-class littoral combat ships are among the few ships in the world that are launched sideways.
That method was used “because the size of the ship and the capabilities of the shipyard allow for a side launch,” Joe DePietro, Lockheed’s vice president vice president of small combatants and ship systems, said in a statement.
“The ship has a shallow draft (it requires less than 14 feet of water to operate in) and is a small combatant (about 381 feet long), and can therefore be side launched, where many other ships cannot.”
“Our partner Fincantieri Marinette Marine has delivered more than 1,300 vessels and has used the side launch method across multiple Navy and Coast Guard platforms,” DePietro added. “The size and capacity of the vessels under construction enable use of the side-launch method.”
Lockheed Martin got the contract to build the ship in December 2010, and the name St. Louis was selected in April 2015. It will be the seventh Navy ship to bear that name — the first since the amphibious cargo ship St. Louis left service in 1991.
LCS 19’s keel was laid in May 2017, when the ship’s sponsor Barbara Taylor — wife of the CEO of the St. Louis-based company Enterprise rental car — welded her initials into a steel plate that was included in the ship’s hull.
On Dec. 15, 2018, Taylor christened the ship by smashing a bottle of champagne on its bow and then watched the warship tip over into the water.
The Navy’s LCS 19 tipping back toward shore after being launched, December 15, 2018.
“LCS 19 is the second ship we’ve christened and launched this year,” DePietro said in a release, adding that the defense firm’s shipbuilding team had “truly hit its stride.”
“We completed trials on three ships and delivered two more,” DePietro added. “Once delivered to the Navy, LCS 19 will be on its way to independently completing targeted missions around the world.”
Lockheed has delivered seven littoral combat ships to the Navy and seven more are in various stages of production and testing at Fincantieri Marinette Marine, where LCS 19 was launched on Dec. 15, 2018.
While LCS 19 has been christened and launched, it won’t become part of the Navy until it’s commissioned. At that point, the name St. Louis will become official.
The Remote Minehunting System and an AN/AQS-20 mine-hunting sonar are brought aboard the littoral combat ship USS Independence during developmental testing of the mine-warfare mission module package, January 7, 2012.
(US Navy photo by Ron Newsome)
The Navy’s littoral-combat-ship program is divided into two classes. Freedom-class ships are steel monohull vessels that are slightly smaller than their Independence-class counterparts, which are aluminum trimarans by General Dynamics that have a revolutionary design.
The LCS is meant to be a relatively cheap surface warship — about one-third the cost of a new Arleigh Burke-class destroyer, according to Lockheed — with a modular design that allows it to be quickly outfitted with a variety of different equipment suited for different types of missions.
While both classes are open-ocean capable, they are designed for operations close to shore, with modular packages for their primary missions of antisubmarine warfare, mine countermeasures, and surface warfare against smaller boats. (Issues with the LCS program may lead to its mine-countermeasure assets being deployed on other ships.)
Crew members of the littoral combat ship USS Little Rock man the rails during the ship’s commissioning ceremony, in Buffalo, New York, Dec. 16, 2017.
(US Navy/Lockheed Martin)
The LCS is also meant to carry out intelligence-gathering, maritime-security, and homeland-security missions and support for Marine or special-operations forces regardless of its installed mission package.
The program has also faced more conventional hurdles. The USS Little Rock, the fifth Freedom-class LCS, was stuck in Montreal for three months at the beginning of 2018, hemmed in by winter weather and sea ice.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
According to a report by the Daily Caller, the $8.5 billion deal saved taxpayers almost $740 million in costs — a cost of $94 million per aircraft.
The F-35A is arguably the simplest of the three variants, taking off and landing from conventional runways on land. The F-35B, being purchased by the Marine Corps, is a V/STOL (for Vertical/Short Take-Off and Landing) aircraft that required a lift fan and vectored nozzle. The F-35C is designed to handle catapult takeoffs and arrested landings on the aircraft carriers of the United States Navy.
The increased production of the F-35 has helped knock the production cost down. An October 2015 article by the Daily Caller noted that per-unit costs of the Zumwalt-class destroyers skyrocketed after the production run was cut from an initial buy of 32 to the eventual total of three.
Earlier this year, the F-35A took part in a Red Flag exercise at Nellis Air Force Base near Las Vegas, Nev., and posted a 15 to 1 kill ratio, according to reports by Aviation Week and Space Technology. BreakingDefense.com reported that the F-35A had a 90 percent mission capable rate, and that in every sortie, the key systems were up.
So, with these details in mind, take a look at this video Vox released on Jan. 26 of this year, before the announcement of the contract, and before the F-35s did some ass-kicking at Red Flag.
Retirement planning can be stressful, but figuring out how to finance it takes a great deal of the stress away. Enter the government’s Thrift Savings Plan, or TSP. The first step in understanding TSPs is answering five basic questions: who, what, where, when, and why.
Who: The thrift savings plan is available to federal employees and members of the uniformed services. It is managed by BlackRock, a financial planning and investment firm headquartered in New York City.
What: TSP is a retirement savings plan similar to a private sector 401(k). Federal employees and military personnel can contribute up to a certain percentage of their base pay to their TSP. BlackRock assigns a broker to manage TSP accounts. Brokers are not held to the same standards as fiduciaries in that a broker has no vested interest in your funds; rather a broker’s only job is to invest money in suitable securities.
When: If you are a federal employee who joined your agency after 2010, you’re automatically enrolled in TSP with 3 percent of your base pay sent to your TSP; your agency matches this contribution automatically. If you joined your agency before 2010, an automatic 1 percent of your base pay is sent to TSP; your agency matches your additional contributions above the 1 percent. Military members must set up their own contributions and there is no matching contribution from the military.
Where: Military members can set up contributions to TSP through MyPay. Which type of funds you decide to invest in will determine when you can access the funds from that investment. There are L Funds, which are “lifestyle funds” that you can withdraw from at a predetermined time. Then there are G, F, S, C, and I funds, which rely on you to make your own investment decisions with a broker, according to the government’s TSP summary.
Why: A thrift savings plan gives you the ability to participate in a long-term retirement savings and investment plan. Additionally, you can choose between a regular TSP and a Roth TSP. Traditional TSP is tax free as you contribute, but you’ll pay taxes when you withdraw the funds. A Roth TSP allows you to pay taxes upon investment, and withdraw at a later date tax free. The upside to utilizing the government’s TSP is that you won’t pay fees to invest, and you’ll have a broker to manage the funds.
Spencer Seabrooke is a Pro Slackliner and a cast member of Discovery’s new TV series PUSHING THE LINE, streaming on discovery+. Spencer is originally from the small town of Peterborough, Ontario. Growing up he spent his free time skateboarding, snowboarding, playing paintball and bridge jumping. At the age of 18 he founded a concrete finishing company. Always on the lookout for adventure, he searched for the next challenge to conquer.
What first attracted you to this sport?
I started rock climbing and whenever I got to the top I felt like it was missing something. I watched a movie about one of the other cast members on the show, Andy, and he had been highlining for a few years. He held a handful of the world records. I watched him and got super inspired by what he was doing. So, I went out and started doing it.
What was your scariest moment practicing the sport?
When you’re first starting, you learn to trust your gear. You’re looking back at all the knots that you’ve tied and the connections you’ve made. You look down and you see how far you’re going to fall if you mess one of those up. In the beginning, I feel like my fear was high at the night, but over time and the experience rigging, it slowly becomes more comfortable.
In the show you all refer to yourselves as a ‘dysfunctional but working’ family. How long have ya’ll known each other?
The sport of slacklining has been growing a lot in the last five years. It has been skyrocketing. It was [around that time] when we all started. We’ve been in it long enough and have done a lot of projects together. So, we kind of make a deal to get together once a year and do some rad stuff and catch up. That way we can stay at our top level. It really is like a family. When you’re rigging one of these lines and someone gets on the radio to say, ‘It’s okay for you to get on, everything is good here,’ your life is in another’s hands. You learn to trust each other.
What advice would you give to a veteran who wanted to try the sport out?
I would say get in touch with your local slackline community. Usually at a local park, kids and adults are doing it. You’ve got to start somewhere. The slackline community around the world is very inviting and everyone is welcome and are [willing] to show people the ropes. Get involved and see what your local community has to offer and see what you can put into it.
What was your favorite moment during the filming of the show?
Everything that we did was a lot of fun! I can’t ruin the show so you’re just going to have to tune-in! Watch the good stuff. I’d say the kilometer long zipline was my favorite part (laughs).
What is next for you?
For me, we’re keeping it local here in Canada. I’m trying to grow my own business, SlacklifeBC — we sell slackline products. We’re out to help the community here and teach everybody how to do it. So, tune-in! The show is premiering tomorrow, June 5th, on Discovery+! It’s really cool because I grew up watching the Discovery channel and it’s the kind of thing you watch and get stoked to go do something. It’s great that I’m going to be a part of it all now with the others. The audience will be able to get off their butts and go do it! (laughs)