
Concordia students send Starsailor rocket flying and enter the history books
Students from Concordia University cheered and whistled as the Starsailor rocket lifted off on Cree territory marking the first of its size to be launched by a student team.
At 5:34 a.m. the rocket blasted off in a flash of light, captured in a livestream posted to YouTube, from a base camp about 250 kilometres north of Mistissini, in northern Quebec. The mission is a collaborative effort between the Space Concordia Rocketry Division and members of the local Cree community.
"This is insane," said student Shua Kalmanson looking up at the cloud of smoke created by the rocket's separation.
The students hoped Starsailor would enter space, past the Kármán line which is at an altitude of 100 kilometres. But, the rocket separated earlier than expected, potentially stifling its ascent.
Concordia professor Hoi Dick Ng said the team will only find out whether the rocket actually made it into space once it retrieves and analyzes the debris.
Hannah Halcro, who's been involved with the project since its inception seven years ago, told livestream audiences that despite the setback, "everyone is pretty darn happy."
"We haven't been able to test the structure itself, we can only do simulations and simulations are not reality, so now we know."
Over the next couple of days, the recovery team will be working on finding and recovering the rocket with the help of local helicopter pilots.
Originally built for a science competition, the rocket was left without a contest after the event was cancelled, due to the Covid-19 pandemic. Nevertheless, the team, made up of 700 members, pressed forward with the goal of making history and launching the biggest student-built rocket.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


CTV News
3 hours ago
- CTV News
Reaching for the stars: Montreal students' space mission
Concordia students launched a rocket from Northern Quebec, aiming to hit an exploration milestone in Canadian space. Genevieve Beauchemin reports. A team of Concordia University students gathered at a remote base camp on Cree territory in northern Quebec to launch the largest, most powerful student-built rocket ever made. The event captured on a livestream, may not have gone off quite as planned, still it marked an engineering breakthrough after years of effort. Cheers greeted the moment just after the countdown when a ball of white light sped up to the sky. 'This is insane,' said one student staring up at the rocket. The Space Concordia team's goal was to breach the edge of space at an altitude of 100 kilometres. Their liquid fuel rocket, Starsailor, blasted off at 5:34 am. They now say the rocket did not cross the Kármán line — the internationally recognized boundary of space. 'What we can tell you, is that it looks like the rocket burned out earlier and separated earlier than planned,' said Space Concordia's Hannah Halcro on the livestream. The liftoff was seven years in the making and sparked by an intercollegiate space race. In 2018, teams of universities and colleges entered a contest to launch a liquid fuel rocket into space. That was cancelled due to the pandemic, but the Concordia team forged ahead, determined to make history on its own terms. Over the years, more than 700 students contributed to the project, investing thousands of hours into design, testing, and development. Their rocket represented not just academic ambition, but a dream shared across generations of students. They built a space program and worked in collaboration with the Cree community in the Mistassini region to prepare for launch. Transport Canada cleared the mission for takeoff and the local airspace was closed, but two previous attempts were scrubbed due to poor weather conditions. This time, it was all systems go. But this is rocket science, and so it is hard. Some students say they feared the rocket may not launch, that it could blow up the launch tower, and so while not reaching space is not ideal, they say, it is far from a failure. 'The sky is not the limit obviously,' Space Concordia President Simon Randy told CTV News at the end of a long day. 'We have proven that we have a seat at the table of launch into space.' The team is now analyzing flight data and will look at debris to determine Starsailor's exact trajectory. Still the future engineers' hopes for the launch went far beyond expectations. 'See you in space next time,' Halcro signed off.


Global News
4 hours ago
- Global News
Concordia University students launch rocket from northern Quebec
Students at Concordia University in Montreal have pulled off what they're calling the first attempted space launch in Canada this century. They launched a rocket from a remote site in northern Quebec early Friday morning, , the culmination of a project seven years in the making. 'We're trying to prove that students can also do hard things,' said Simon Randy, president of student group Space Concordia. 'It's not just companies or large government organizations. It's really people who have the drive and the grit to work on these large projects.' Starsailor, a 13-metre liquid-fuel rocket, took off just after 5:30 a.m., though the launch didn't go exactly as planned. Randy said the rocket split into pieces shortly after taking off and did not reach space. The goal had been to launch the rocket into space and have it fall back to Earth with a parachute, where the students could recover it. Story continues below advertisement Still, Randy called the project a success. 'We cleared the launch tower. We had stable flight, our telemetry worked normally,' he said. 'And so for us, we've learned a huge amount with this mission.' 2:18 Montreal pizza ready for blast off with new space partnership Randy said the mission was the first attempted space launch from Canadian soil in more than 25 years, and the Starsailor is the largest student-built rocket ever to fly. Get breaking National news For news impacting Canada and around the world, sign up for breaking news alerts delivered directly to you when they happen. Sign up for breaking National newsletter Sign Up By providing your email address, you have read and agree to Global News' Terms and Conditions and Privacy Policy He said the experience was an opportunity to 'show the world that space can be exciting still, even in a country where we're maybe not focused on it.' He believes Canada should be more interested in having its own rocket launch capability. 'In a world where there may be more and more tensions between countries, you would probably want to be able to be independent as much as possible in as large a variety of technology as possible,' he said. Story continues below advertisement 1:36 European and Canadian space agencies team up as tension heats up south of the border The project was born in 2018 as part of a U.S.-based competition that offered US$1 million for a student-led university team that launched a liquid-fuel rocket into space. The challenge was derailed during the COVID-19 pandemic, but Space Concordia persevered. Randy, who chose to attend Concordia three years ago specifically to join the rocketry club, said he's spent more time on the Starsailor than he has in school. 'It's like your entire existence is devoted to this project,' he said. The team is now hoping to retrieve some of the debris from the rocket before heading back to Montreal. The launch took place about 250 kilometres north of the Cree community of Mistissini. 2:58 Remembering Marc Garneau: Canada's first astronaut, a trailblazer and national hero Randy said team members did outreach with local youth to get them excited about space. Some community members also visited the launch site, he said. Story continues below advertisement The university says more than 700 Concordia students have contributed to the Starsailor program since it began seven years ago. Now that it's all over, Randy said, the students are a bit dazed, and are trying to work out what they're going to do next. 'It's like every day you come … the rocket is there. It's kind of like a person in the room. There's always someone working on it,' he said. 'And now it's gone.' 2:03 McMaster University celebrates successful launch of first space mission This report by The Canadian Press was first published Aug. 15, 2025.

Globe and Mail
7 hours ago
- Globe and Mail
N.B. professor aims to broaden tick research after battling Lyme disease
When Vett Lloyd was bitten by a tick in 2011, it marked the beginning of a painful, years-long battle with Lyme disease. It also abruptly altered the trajectory of her career. At the time, Dr. Lloyd's research at New Brunswick's Mount Allison University was focused on cancer biology but she wondered why people weren't paying more attention to ticks. So, she converted her cancer lab into a tick lab and reoriented her life's work around the tiny bloodsucker that nearly ruined her. It was a scientific pursuit with a surprisingly therapeutic perk. 'When testing ticks, the first step you do is grind them into oblivion,' she says. 'And I must admit, it took me about 10 years to get over the joy of doing that.' Nova Scotians watch their backs – and each other's – during another tick-infested summer Dr. Lloyd would still love to see ticks 'disappeared from the face of the Earth.' But 13 years studying the parasitic arachnids have forced a begrudging admiration as well, both for their fascinating biology and remarkable ability to spread. Ticks, which are cousins of spiders and scorpions, have been crawling the planet for about 99 million years, according to fossil evidence showing that they once fed on dinosaurs. But in countries such as Canada and the United States, their numbers have risen dramatically in recent decades and ticks are increasingly recognized as a growing threat to public health. In Canada, some 40-odd tick species have been documented, Dr. Lloyd says – but only a handful are adept at biting people or spreading human disease. One species that's expert at both is the Ixodes scapularis, also known as the blacklegged tick or deer tick. It was once ignored by the public-health establishment. That all changed after 1976, when authorities in Lyme, Conn., reported a cluster of children with unexplained arthritis – an illness later attributed to the bacterium Borrelia burgdorferi, which is primarily spread through tick bites. Today, blacklegged ticks are a known vector for seven human pathogens: five bacteria (including the Lyme bacterium), one parasite (that causes a malaria-like illness) and a rare virus called Powassan, named for the Ontario town where it was discovered after the death of a five-year-old. Just three decades ago, there was only one spot in Canada where blacklegged ticks were known to be endemic: Long Point, Ont., along the shores of Lake Erie. But just across the U.S.-Canadian border, ticks were on the rise – as were the diseases they spread. Every year, millions of ticks are biting birds that fly into Canada. A 2008 study estimated that northward-migrating birds carry anywhere from 50 million to 175 million blacklegged ticks into Canada every year – all of which drop off their feathered hosts once they finish feeding. 'Canada's being bombed by ticks in the spring,' says Nick Ogden, first author of the 2008 migratory bird study and director of the modelling hub division with the Public Health Agency of Canada. Ask a Doctor: What should I know about ticks and Lyme disease? 'And when the temperatures rise to a suitable level for the ticks, they can start off a population.' In 2019, researchers conducted Canada's first real-time surveillance study of tick populations and found Ixodes ticks in every province except Alberta, Saskatchewan and Newfoundland and Labrador. Of the 567 ticks collected, 25 per cent were infected with the Lyme bacterium. (In British Columbia, Lyme disease is less of a concern because another tick species – the Ixodes pacificus, a far less competent vector – is prevalent.) Climate change has been a major driver of their spread. Ticks were already capable of surviving Canadian winters under certain conditions, Dr. Ogden says – for example, if they find a cozy leaf layer, where the microclimate might keep temperatures closer to zero. 'And they've got a bit of antifreeze in their bodies, which protects them,' he adds. But the warming planet is resulting in more cumulative days with temperatures above zero – a key threshold for ticks to survive and thrive, according to Dr. Ogden's research. Given that female ticks can lay between 2,000 to 3,000 eggs in a single clutch, it doesn't take long for their numbers to explode. 'Nationally, it's really exponential what we're seeing,' says Manisha Kulkarni, the scientific director of the Canadian Lyme Disease Research Network and a professor at the School of Epidemiology and Public Health at the University of Ottawa. 'The abundance of ticks is really increasing ... which is leading to that amplification of tick-borne pathogens and that potential for spillover.' The key to fighting ticks? Getting to know them better Every person who contracts Lyme will have unwittingly supplied one of the three blood meals that a blacklegged tick requires over its lifetime, which can span two to four years. Newly hatched from its egg, the six-legged tick larvae will die without its first blood meal. 'So, the mom usually lays her eggs close to a mouse burrow,' says clinical microbiologist Muhammad Morshed, program head for zoonotic disease and emerging pathogens at the BC Centre for Disease Control. 'They can easily hop onto mice or some other warm-blooded animal.' Rodents are natural reservoirs for the Lyme bacterium, however. So, this first feed often infects the tick, which continues harbouring the pathogen even after moulting into an eight-legged nymph. Blacklegged ticks don't seek out people. But their primary strategy for finding a blood meal is to climb a leaf or blade of grass, outstretch its front legs, and simply wait. If the first warm-blooded creature to come along is human, so be it. For the first 24 hours after biting, the tick is mostly just salivating and preparing for what scientists refer to, somewhat horrifyingly, as the 'big sip.' 'It's not really getting a lot of blood at first,' says Rebecca Eisen, a research biologist with the U.S. Centers for Disease Control and Prevention's division of vector-borne diseases. 'But it keeps on feeding, and then it just gets the big sip and engorges.' Ticks need strategies for staying attached. It helps to be a nymph, which is the size of a poppy seed and therefore tough to detect. Their mouthparts also have barbs and their salivary glands secrete an adhesive substance known as 'tick cement.' And generally, an infected tick needs to be embedded for more than 24 hours before disease transmission occurs, Dr. Eisen says. 'The blood getting into the midgut tells [the bacteria] 'Hey, we found a host,'' she explains. 'Then they'll start the migration into the salivary glands.' In its final life stage, the adult tick is trying to mate. A female needs a third and last blood meal to lay her eggs, so tick copulation mostly occurs on larger mammals – primarily white-tailed deer, an animal that's enjoyed a population resurgence in recent decades. As ever more millions of ticks embark upon this life cycle in Canada, Dr. Lloyd hopes her research will help people live more safely among their exploding numbers. Her lab is looking for better diagnostics, as well as answers to basic science questions – why, for example, do ticks seemingly have a greater hunger drive when they're infected? Pulverizing ticks may have provided early satisfaction for Dr. Lloyd, but her research has always been driven by a deep and personal understanding of the misery these bloodsuckers can cause. She still thinks of the man who once left her a voice mail, desperately seeking help for his chronic Lyme symptoms. When she phoned back, she learned that he had died by suicide. 'It's not just a nine-to-five job for me; I want to try and help,' Dr. Lloyd says. 'I've seen the devastation this causes.'