New Jersey sky-watchers have a reason to set an early alarm this week. NASA’s tracking data flagged a visible pass of the International Space Station over the state for Tuesday, October 13, 2026, at approximately 6:34 a.m., with the station climbing to a maximum elevation of 39 degrees during an 8-minute window. The timing lines up almost exactly with a SpaceX cargo launch from Florida, and the overlap is why trackers, local news outlets, and stargazing apps lit up with searches overnight.
The pass comes as NASA and SpaceX targeted 6:33 a.m. EDT on Tuesday for the CRS-35 cargo resupply launch to the orbiting laboratory, a Falcon 9 liftoff from Space Launch Complex 40 at Cape Canaveral Space Force Station carrying more than 6,300 pounds of supplies aboard a Dragon spacecraft. The rocket’s planned trajectory runs northeast along the Atlantic coast, which is the detail driving renewed interest in whether residents from the Jersey Shore up through North Jersey might catch sight of both the station and the ascending rocket in the same pre-dawn sky.
What’s Actually Happening Over New Jersey This Week
Two separate but closely timed events are behind the buzz. First, the ISS itself is making a predicted overhead pass visible from New Jersey on the morning of October 13, with NASA’s forecast giving viewers roughly 8 minutes to spot it and a peak elevation of 39 degrees above the horizon, according to reporting tied to The Bergen Record’s coverage of the forecast. Second, SpaceX and NASA scheduled the CRS-35 Dragon cargo mission to lift off from Cape Canaveral at 6:33 a.m. EDT that same morning, a near-simultaneous window that has East Coast observers checking both the station’s path and the rocket’s exhaust plume at once.
That proximity in timing is coincidental rather than planned. The ISS orbits Earth roughly every 90 minutes regardless of what’s launching toward it, and its visibility from any single location depends on orbital mechanics, not on cargo schedules. But because CRS-35’s own trajectory runs northeast along the Atlantic seaboard, the same early-morning darkness that makes the station visible from New Jersey can, under the right atmospheric conditions, also make the Falcon 9’s rising contrail visible from parts of the coast. Local outlets, including Island Free Press, have noted that such alignments are watched closely by coastal observers precisely because they don’t happen on a predictable cadence.
Whether the rocket’s ascent produces the kind of glowing, diffuse “space jellyfish” effect that has been photographed after past dawn and dusk Florida launches remains unconfirmed for this specific mission. That visual artifact, caused by sunlight scattering through a rocket’s upper-stage exhaust at high altitude while the ground below is still dark, depends on launch time relative to sunrise, cloud cover, and haze, none of which can be nailed down days in advance. NASA listed additional ISS sighting opportunities after October 13, but exact dates and times for those later passes were not detailed in the agency’s public forecast at the time of writing.
The Hardware Making This Possible: Falcon 9 and Cargo Dragon
The vehicle at the center of Tuesday’s launch window is a Falcon 9, SpaceX’s workhorse two-stage rocket, lifting off from Space Launch Complex 40 at Cape Canaveral Space Force Station in Florida. NASA’s own description of the mission states plainly that a SpaceX Dragon spacecraft on a Falcon 9 rocket will carry more than 6,300 pounds of supplies to the station. That cargo includes food, equipment, and scientific hardware destined for the astronauts currently aboard the ISS, continuing a resupply cadence that has run for more than a decade under NASA’s Commercial Resupply Services program.
If the Tuesday morning window slips, SpaceX has a backup opportunity set for Wednesday, October 14, 2026, at 6:08 a.m., giving the company a short buffer to work around weather or last-minute technical holds, which are routine in Florida’s launch cadence given the state’s volatile coastal weather patterns. A scrubbed or delayed launch would also shift the odds of any visible rocket plume lining up with a future ISS pass, since the two events are only loosely correlated to begin with.
For sky-watchers specifically trying to catch the rocket rather than the station, the mechanics are straightforward but unforgiving on timing. A Falcon 9 reaches the upper atmosphere within a few minutes of liftoff, meaning any visible plume from New Jersey, roughly 900 miles north of Cape Canaveral, would only be visible if the booster’s second stage is high enough and the local sky dark enough at the moment of ascent. That combination is rare enough that confirmed sightings from New Jersey of Florida launches are the exception rather than the rule, which is part of why this week’s overlapping timing has generated above-average search interest. SpaceX’s broader hardware pipeline, including the Starship test vehicle that recently returned to Texas after 75 days at sea, runs on a separate track from the Falcon 9 and Dragon combination used for routine ISS cargo runs like CRS-35.
How to Actually Spot the ISS From New Jersey
Unlike the rocket launch, the ISS pass itself is a near-certainty if the forecast holds and clouds cooperate, because NASA’s orbital tracking for the station is precise down to the minute. The agency’s Spot the Station tool is the primary source cited for localized pass predictions, letting users enter a city or zip code to get a list of upcoming visible windows, each rated by duration, maximum elevation, and brightness. For Tuesday’s pass, the listed window was around 6:34 a.m. with an 8-minute duration and a 39-degree peak elevation, which is high enough in the sky to be easily visible away from obstructions like trees or buildings on the horizon.
The reason pre-dawn and post-dusk windows work best for ISS viewing is simple physics: the station needs to be in direct sunlight while the observer on the ground is still in darkness. During full daylight, the ISS is invisible against the bright sky despite reflecting plenty of light, and during the deep middle of the night, the station itself passes into Earth’s shadow and goes dark. The narrow twilight windows before sunrise or after sunset are when the geometry lines up, which is exactly why Tuesday’s 6:34 a.m. slot was flagged as a viewing opportunity in the first place.
No telescope or binoculars are needed to see the station: to the naked eye, it appears as a steady, fast-moving point of light, brighter than almost any star, crossing the sky in a smooth arc over several minutes without blinking (which rules out confusion with aircraft). Observers are generally advised to find an open view toward the horizon the pass is predicted to begin from, let their eyes adjust to the dark for a few minutes, and track the sky starting about a minute before the predicted start time, since forecasts can be off by a minute or two.
ISS Tracking Apps and Tools Compared
For readers who want more than a single forecasted pass, a handful of free tracking tools now offer real-time and forward-looking ISS position data, several of which surfaced prominently in search results tied to this week’s New Jersey sighting. NASA’s own Spot the Station remains the most authoritative source since it draws directly from the agency’s orbital tracking data, but several third-party sites package similar information with added features like live maps or longer-range forecasts.
| Tool | Type | Key Feature | Cost |
|---|---|---|---|
| NASA Spot the Station | Official web tool | Location-based pass predictions straight from NASA orbital data | Free |
| ISS-over.me (New Jersey page) | Regional pass tracker | State-specific pass times for ISS, Tiangong, and meteor events | Free |
| LookToSpace | City-based pass tool | ISS pass times organized by nearby city | Free |
| issonlive | Sightings tracker | Nightly pass times with brightness ratings | Free |
| SpaceNexus Sky Tonight | Combined sky tracker | ISS passes alongside Moon phase and other launch activity | Free |
All five tools pull from the same publicly available orbital tracking data that NASA and NORAD maintain for the station, so the predicted times tend to converge closely, usually within a minute of each other. The differences come down to presentation: some prioritize a single tonight’s-best-pass view, while others let users scroll forward several days to plan around a specific event, like the string of dawn passes that followed Tuesday’s window.
Why This Week’s Timing Drew Extra Attention
Visible ISS passes happen regularly, often several times a week depending on the season and a location’s latitude, so a single pass rarely becomes a standalone news story on its own. What elevated this week’s pass was the coincidence with the CRS-35 launch window, reported across multiple regional outlets including WTOP News and the Island Free Press, both of which connected the dots between the station’s forecasted visibility and the Falcon 9’s scheduled liftoff roughly an hour before the pass.
That kind of overlap matters to casual sky-watchers because it turns a routine astronomy event into a two-for-one opportunity: a chance to see both a piece of orbiting infrastructure the size of a football field and, potentially, a rocket in the act of reaching it. Local Facebook groups and weather pages covering the Jersey Shore and Atlantic City regions flagged the same early-morning window, treating it as a minor local event worth setting an alarm for, consistent with how similar coastal sighting opportunities have been covered in past years when launch and pass timing lined up.
It’s also a reminder of how much denser U.S. launch activity has become. A decade ago, a Florida launch lining up with a visible Northeast sky event would have been a rarer occurrence simply because there were far fewer launches to begin with. SpaceX alone has dramatically increased its Falcon 9 cadence in recent years, a pace underscored by missions like the recent Falcon 9 flight that carried 27 Starlink satellites, which mathematically increases the odds that any given week includes some overlap between a launch window and a visible ISS pass somewhere along the East Coast.
Historical Context: The ISS and New Jersey Sky-Watching
The International Space Station has been continuously crewed since November 2000, and in that time it has become one of the most reliably trackable objects in the night sky for casual observers anywhere between roughly 51.6 degrees north and south latitude, the station’s orbital inclination. New Jersey, sitting comfortably within that band, gets regular visible passes throughout the year, though the exact frequency and visibility window shift with the seasons because the amount of usable twilight (dark sky with sunlit station) varies.
Cape Canaveral’s geography has made it the default East Coast launch site for crewed and cargo missions to the station since the earliest days of the American space program, and its relative proximity to the mid-Atlantic coast is exactly why northeasterly launch trajectories occasionally produce visible plumes as far north as the Carolinas, and on rare, favorable mornings, further up the coast. That same low Earth orbit neighborhood is getting more crowded by the month, as seen with satellites like STARLINK-11444, which has been tracked holding a 362-kilometer orbit against atmospheric drag, adding to the volume of trackable hardware passing over the same coastal skies. Resupply missions like CRS-35 have flown routinely under NASA’s Commercial Resupply Services program for more than a decade, with SpaceX’s Dragon spacecraft handling a large share of that cargo traffic since the retirement of the Space Shuttle fleet shifted U.S. resupply capability to commercial partners.
Market and Industry Impact
Events like this week’s overlapping launch and pass don’t move markets in the way a product launch or earnings report would, but they do have a measurable effect on public engagement with space-tracking tools and apps, which has downstream value for the small ecosystem of companies and developers building satellite-tracking software. Spikes in searches for terms like “ISS visible tonight” or city-specific pass times tend to correlate directly with news-driven events like a notable launch, rather than with steady background interest, giving tracking-app developers a predictable, if brief, traffic bump around major missions.
For SpaceX, CRS-35 is a routine, revenue-generating cargo flight under its existing NASA contract rather than a headline-grabbing mission in its own right, but the public visibility angle is a low-cost way for the company’s launch cadence to stay in front of a general audience that doesn’t follow every Falcon 9 flight. Each visible or near-visible launch along the East Coast functions as informal, free public outreach for the broader commercial space industry, reinforcing the normalization of routine orbital cargo flights at a time when launch frequency has become so high that most individual missions no longer draw dedicated national news coverage.
Competitive Landscape: Who Else Resupplies the ISS
SpaceX is not the only company flying cargo to the station, though it currently handles the largest share of U.S. resupply missions. Northrop Grumman’s Cygnus spacecraft also flies periodic cargo missions under NASA’s Commercial Resupply Services program, while Russia’s Roscosmos continues to operate its own independent Progress cargo missions to the Russian segment of the station. Japan’s JAXA previously flew cargo missions using its HTV spacecraft before transitioning to the HTV-X program, continuing a multinational pattern of resupply that has kept the ISS continuously stocked for more than two decades.
| Provider | Spacecraft | Launch Site | Program |
|---|---|---|---|
| SpaceX | Cargo Dragon | Cape Canaveral Space Force Station, Florida | NASA Commercial Resupply Services |
| Northrop Grumman | Cygnus | Wallops Flight Facility, Virginia | NASA Commercial Resupply Services |
| Roscosmos | Progress | Baikonur Cosmodrome, Kazakhstan | Russian Federal Space Program |
| JAXA | HTV-X | Tanegashima Space Center, Japan | Japanese ISS contribution |
SpaceX’s advantage over its resupply peers largely comes down to launch cadence and reusability. The company’s ability to fly Falcon 9 boosters repeatedly, combined with a high overall launch tempo across its full manifest, has made it the default choice for the bulk of NASA’s cargo resupply needs, while competitors fly less frequently and in smaller numbers. That cadence is also precisely why visible launch-and-pass overlaps like this week’s New Jersey sighting happen more often with SpaceX missions than with any other provider’s flights.
What Happens if Tuesday’s Window Is Missed
Observers who miss the Tuesday morning window are not entirely out of luck. NASA’s forecast indicated additional visible ISS opportunities beyond October 13, though specific dates and times for those later passes were not detailed in the public forecast referenced in reporting on this story. The practical takeaway for anyone who wants a reliable, forward-looking schedule is to check one of the dedicated tracking tools directly rather than rely on a single reported date, since the ISS’s visible pass schedule for any given location updates continuously as the station’s orbit and local daylight hours shift.
On the launch side, if CRS-35 does not fly during its Tuesday 6:33 a.m. window, SpaceX’s listed backup opportunity for Wednesday, October 14, at 6:08 a.m. gives another chance, though a shifted launch time would also shift any odds of a visible plume lining up with darkness along the coast. Cargo missions to the station are generally not delayed by more than a few days barring a major technical issue, since docking schedules with the ISS are coordinated well in advance with the station’s existing crew and operations calendar.
Predictions: Where ISS Visibility and Launch Traffic Go Next
- Expect more overlapping launch-and-pass news moments through the rest of 2026 as U.S. East Coast launch cadence continues to climb, mathematically increasing the odds of visible coincidences along the Atlantic corridor.
- Regional outlets will likely keep treating these overlaps as recurring local-interest stories rather than one-off events, following the same pattern set by this week’s Bergen Record and Island Free Press coverage.
- Free ISS tracking tools and apps will likely see continued incremental feature additions, such as combined launch-and-pass calendars, as developers respond to exactly this kind of dual-event search spike.
- The ISS itself has a defined operational horizon, with NASA and its international partners having outlined plans for eventual deorbiting later this decade, meaning the window for casual New Jersey sky-watchers to spot the current station is finite rather than indefinite.
- Commercial successors, including privately developed stations already in development by multiple companies, will eventually create new, likely less visible, orbital targets for sky-watchers once the current ISS is retired, a shift that proposals like the European Space Agency’s 10-billion-euro plan to operate independently of NASA suggest could reshape who controls access to low Earth orbit in the next decade.
Tips for Photographing the ISS Pass
Photographing the station is more involved than simply spotting it, since the ISS moves fast enough across the sky that a standard camera setting will produce only a short streak or a blurred point rather than a crisp image of the structure itself. Most hobbyist astrophotography guides recommend a wide-angle lens, a tripod, and a long-exposure setting of several seconds to capture the ISS as a bright, continuous trail against the star field, rather than attempting to freeze it as a sharp object, which requires specialized tracking equipment well beyond typical consumer gear.
For anyone hoping to also catch the Falcon 9’s ascent in the same frame, the practical advice is to point toward the southern horizon, in the general direction of Florida, rather than tracking the ISS pass itself, since the two objects will not be visible in the same part of the sky at the same time. A rocket’s visible plume, if any appears from New Jersey’s distance, would show up low on the horizon rather than overhead, unlike the station’s much higher-elevation pass.
Frequently Asked Questions
When was the ISS visible over New Jersey this week?
A forecasted pass was listed for Tuesday, October 13, 2026, at approximately 6:34 a.m., with an 8-minute visibility window and a maximum elevation of about 39 degrees, according to reporting tied to The Bergen Record’s forecast.
Is the ISS pass related to the SpaceX launch happening the same morning?
The two events are scheduled close together in time, with the CRS-35 Dragon cargo launch targeted for 6:33 a.m. EDT on the same Tuesday, but they are not operationally connected. The overlap is a timing coincidence rather than a planned joint event.
What is CRS-35?
CRS-35 is a NASA and SpaceX cargo resupply mission to the International Space Station, carrying more than 6,300 pounds of supplies aboard a Dragon spacecraft launched on a Falcon 9 rocket from Space Launch Complex 40 at Cape Canaveral Space Force Station.
Do I need a telescope to see the ISS?
No. The station is visible to the naked eye as a bright, steady, fast-moving point of light crossing the sky over several minutes. No special equipment is needed, though a clear, unobstructed view of the horizon helps.
What is the best free tool to check ISS pass times?
NASA’s Spot the Station tool is the official source for localized pass predictions. Several third-party tools, including ISS-over.me, LookToSpace, issonlive, and SpaceNexus, pull from similar orbital tracking data and offer city- or state-specific forecasts.
Will there be more ISS passes over New Jersey after October 13?
Yes. NASA’s forecast referenced additional sighting opportunities beyond this week’s pass, though specific dates and times for those later windows were not detailed in the public forecast at the time of this report. Checking a tracking tool directly is the most reliable way to get updated times.
What happens if the CRS-35 launch is delayed?
SpaceX listed a backup launch opportunity for Wednesday, October 14, 2026, at 6:08 a.m. if the Tuesday window is missed due to weather or technical holds.
Can you see a rocket launch from Florida all the way from New Jersey?
It’s possible but uncommon. A Falcon 9’s upper-stage plume can occasionally be visible from the mid-Atlantic coast under the right conditions, including a clear sky, a northeasterly trajectory, and enough remaining darkness, but confirmed sightings from as far north as New Jersey are the exception rather than the norm.