ISS Visible Over New Jersey: SpaceX CRS-35 Launch [2026]

Early risers in New Jersey are getting a rare two-for-one sky event this week. NASA and SpaceX are targeting 6:33 a.m. EDT on Tuesday, October 13, 2026, for the launch of CRS-35, a Falcon 9 and Dragon cargo run bound for the International Space Station, and the station itself is forecast to pass directly over New Jersey at roughly 6:34 a.m. that same morning. The overlap means skywatchers who get outside early enough could, in theory, catch the station gliding overhead within a minute of a rocket leaving the pad 900 miles to the south in Florida.

The story was first flagged by the Bergen Record and the Island Free Press, with The Economic Times picking it up for a global audience, and New Jersey outlet NorthJersey.com and Lakewood-focused outlet TheLakewoodScoop both published detailed viewing guides for residents on October 12. None of the reports promise a guaranteed spectacle. Cloud cover, haze and the exact trajectory of the rocket’s exhaust plume will all determine what, if anything, is actually visible from any given New Jersey backyard. But the timing coincidence, and the small chance of the much-discussed “space jellyfish” plume effect, is enough to make this the most searched sky-watching story of the week.

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What Is CRS-35, and Why This Resupply Run Matters

CRS-35 is the 35th flight under NASA’s Commercial Resupply Services program, the agreement that has let the agency contract a private company to ferry cargo to the International Space Station rather than building and flying its own vehicle. According to NASA, this flight is loaded with more than 6,300 pounds of supplies, scientific hardware and station equipment, including what the agency describes as the final set of International Space Station Roll-Out Solar Arrays. Those arrays, known in NASA shorthand as iROSA, are the flexible, roll-out solar panels the agency has been installing in stages over several years to boost the station’s aging power system as its original arrays degrade.

Finishing that solar array upgrade is a meaningful operational milestone, not just a cargo footnote. The space station has been flying since the late 1990s, and its original power-generation hardware was never designed to run this long. Completing the iROSA rollout extends the station’s electrical margin at a point when NASA and its partners are already planning for the orbiting laboratory’s eventual retirement later this decade, a transition the agency has previously tied to roughly 2030 in its public planning documents. A resupply mission that closes out a multi-year hardware upgrade carries more weight than a routine grocery run of food and spare parts.

The mission also keeps a cadence that NASA has leaned on heavily since retiring the Space Shuttle: frequent, relatively low-cost cargo flights that reduce the station’s dependency on any single launch vehicle. Readers who followed the Falcon 9’s Starlink missions from California this year have already seen how routine Falcon 9 flights have become for SpaceX’s own satellite business. CRS-35 is a reminder that the same rocket family is also NASA’s primary cargo lifeline to its orbiting laboratory.

Launch Details: Date, Time and Site

NASA and SpaceX have set the primary launch attempt for 6:33 a.m. EDT on Tuesday, October 13, 2026, lifting off from Space Launch Complex 40 at Cape Canaveral Space Force Station in Florida. The vehicle is a Falcon 9 carrying a SpaceX Dragon spacecraft, the same reusable cargo capsule family SpaceX has flown to the station repeatedly since the Commercial Resupply Services program moved past its first generation of contracts. If weather, ground systems or any other factor forces a scrub on Tuesday, NASA has set a backup opportunity for 6:08 a.m. on Wednesday, October 14.

The rocket’s planned trajectory heads northeast along the Atlantic coast after liftoff, which is the detail driving the New Jersey interest. A northeast-bound ascent out of Cape Canaveral puts the rocket’s flight path, and its visible exhaust plume in the right lighting conditions, within potential sightline of the mid-Atlantic coast well before the vehicle disappears from view. That is a very different profile from a west-bound Vandenberg launch, like the one covered in SpaceX’s 27-satellite Starlink mission from California, which would never be visible on the East Coast.

Detail	CRS-35 Mission Fact
Primary launch window	6:33 a.m. EDT, Tuesday, October 13, 2026
Backup launch window	6:08 a.m. EDT, Wednesday, October 14, 2026
Launch vehicle	Falcon 9 (SpaceX)
Spacecraft	SpaceX Dragon cargo capsule
Launch site	Space Launch Complex 40, Cape Canaveral Space Force Station, Florida
Cargo manifest	More than 6,300 pounds of supplies, equipment and science investigations
Headline cargo item	Final set of International Space Station Roll-Out Solar Arrays (iROSA)
Ascent trajectory	Northeast along the U.S. Atlantic coast
Destination	International Space Station
Lead agencies	NASA and SpaceX

The ISS Viewing Window Over New Jersey, Minute by Minute

Separately from the launch itself, the International Space Station is forecast to be visible over New Jersey at approximately 6:34 a.m. on Tuesday, October 13, roughly one minute after the Falcon 9 is due to leave the pad. NASA’s own tracking data points to a viewing duration of about 8 minutes for that pass, with the station reaching a maximum elevation of 39 degrees above the horizon, high enough to be well clear of most trees, rooftops and other obstructions for anyone with a reasonably open view to the sky.

NASA explains that ISS sightings are only possible within a narrow window around sunrise or sunset, when the station is still catching direct sunlight on its solar arrays and hull while the ground below has already slipped into darkness or twilight. That is why early-morning and early-evening passes dominate the viewing calendar, and why a 6:34 a.m. pass in mid-October lines up well with the pre-dawn sky. The station itself does not emit light. What observers see is reflected sunlight bouncing off a structure roughly the size of a football field, moving fast enough to cross the sky in minutes rather than hours.

Because the pass and the launch fall so close together in time, New Jersey viewers who catch the ISS at 6:34 a.m. may also be looking in the general direction of a Falcon 9 ascent that started a minute earlier, hundreds of miles to the south. Whether both are actually visible to the naked eye from the same location depends heavily on local horizon obstructions, light pollution and how clear the sky is that morning, something none of the reporting on this story can guarantee in advance.

Why a Rocket Launched From Florida Can Be Seen From New Jersey

It sounds like a stretch, a rocket leaving Florida and someone in New Jersey, nearly a thousand miles north, catching a glimpse of it. But Falcon 9 missions that fly northeast along the Atlantic seaboard have a track record of producing visible plumes far up the East Coast, especially in the minutes around sunrise or sunset when the rocket’s exhaust trail catches sunlight the ground has not yet received. The effect has been reported from the Carolinas up through Virginia, Maryland and the mid-Atlantic in past Falcon 9 missions with similar trajectories, which is exactly why local New Jersey outlets are treating this particular launch window as newsworthy rather than routine.

The “Space Jellyfish” Effect, Explained

Some of the coverage around this launch window has used the phrase “space jellyfish” to describe what a rocket’s exhaust plume can look like from hundreds of miles away in twilight conditions. The name comes from the way sunlight scatters through a rocket’s expanding exhaust cloud at high altitude, producing a glowing, tentacle-like halo that has been photographed around past Falcon 9 and Starship launches when lighting conditions lined up. It is worth being precise about what is and is not confirmed here: NASA and SpaceX have not promised a jellyfish effect for this specific mission, and the phenomenon depends on a tight combination of altitude, sun angle and atmospheric clarity that cannot be guaranteed from a pre-launch forecast. Treat it as a possibility worth watching for, not an outcome anyone can bank on.

How NASA’s Spot the Station Program Works

The agency’s long-running public tool for predicting ISS visibility is called Spot the Station, available as a free mobile app and through NASA’s website, and it is the authoritative source behind the New Jersey viewing times being reported this week. The tool calculates pass predictions for thousands of locations worldwide, factoring in the station’s orbital track, local sunrise and sunset times, and the minimum elevation needed for a pass to be visible against a still-bright or still-dark sky. NASA has maintained and expanded this public tracking service for years precisely because ISS passes are one of the easiest pieces of real space hardware the public can see with the naked eye, no telescope required.

What makes this week’s story different from an ordinary Spot the Station alert is the coincidence with an active NASA mission on the pad. A typical pass notification tells you where to look and for how long. This week, New Jersey residents checking that same data are also looking at a live countdown to a NASA cargo launch happening in near-real time just south of their sightline.

Comparing the Sky-Tracking Tools Skywatchers Are Using

NASA’s official app is not the only tool people are turning to this week. A handful of independent tracking sites have built their own pass-prediction tools, and each one takes a slightly different approach to the same underlying orbital data. The table below lays out how the main options compare for someone trying to time Tuesday’s pass.

Tool	Type	What It Shows	Best For
NASA Spot the Station	Official NASA app and website	Location-specific ISS pass times, duration and max elevation	Verified, agency-sourced pass predictions
iss-over.me	Web-based tracker	ISS, Tiangong, Moon and meteor activity by region	Comparing multiple sky objects in one view
orbitalnodes.ai	Live satellite tracker	Real-time overhead satellite positions, including the ISS	Checking what is overhead right now, not just scheduled passes
spacenexus.us	Nightly sky-event tracker	ISS passes, Moon phase, visible planets and rocket launches for a given night	A single combined view of everything visible that night
orbitalradar.com	Transit-prediction tool	Precise ISS transits across the Sun and Moon, with timing down to the second	Advanced observers trying to photograph a transit silhouette

For casual viewers, NASA’s own tool remains the simplest starting point because it is built directly from the agency’s orbital tracking data and does not require any technical setup. The independent trackers add value for people who want more context, such as whether the Moon or a bright planet will also be in the sky, or who want the kind of frame-by-frame transit timing that serious astrophotographers rely on to catch the station crossing in front of the Sun or Moon. For readers who track the hardware behind consumer tech and tracking gear more broadly, this is a good example of how free software has made orbital mechanics accessible without any specialized equipment.

SpaceX Dragon vs the Rest: Who Else Resupplies the Space Station

CRS-35 is a SpaceX mission, but SpaceX is not NASA’s only cargo partner. The Commercial Resupply Services program was built, deliberately, around having more than one provider, so that a single company’s hardware problem or launch delay does not leave the station without a supply line. Northrop Grumman has flown its Cygnus cargo spacecraft to the station under the same broad program umbrella for years, typically launching on its own rockets or, in some cases, on vehicles contracted from other providers. The two companies’ cargo capsules are not identical in capability or recovery method, and NASA has generally used the redundancy to keep flights flowing even when one provider hits a schedule slip.

What distinguishes SpaceX’s role in that mix is cadence. Falcon 9 has become NASA’s most frequently flown resupply vehicle precisely because SpaceX runs one of the busiest launch schedules of any rocket operator in the world, a point underscored by how many unrelated SpaceX missions, from Starlink deployments to the Starship program’s flight-test milestones, are happening in parallel with the company’s NASA cargo obligations. That volume is also why Wall Street has kept such a close watch on SpaceX’s valuation and launch throughput, a theme this outlet has covered in depth around Cathie Wood’s view of SpaceX as a long-term deep-value bet.

Historical Context: From Zarya to Commercial Resupply

The International Space Station’s first module, Zarya, reached orbit in the late 1990s, and the station has been continuously crewed since the early 2000s, making it one of the longest-running cooperative engineering projects in history. For most of that run, cargo deliveries depended on government-operated vehicles. The shift to commercial cargo providers, the arrangement that makes a mission like CRS-35 possible, took shape only after NASA retired the Space Shuttle fleet and needed a new way to keep supplies flowing without building and operating its own replacement vehicle from scratch.

That history matters for understanding why a mission number in the mid-30s is itself a milestone. Each numbered Commercial Resupply Services flight represents another successful handoff in a model that, when it launched, was treated as an experiment in whether a private company could reliably handle a job NASA had always done in-house. Three decades into the station’s life and well over thirty cargo flights into the commercial program, that experiment looks less like a gamble and more like NASA’s default way of doing business in low Earth orbit, a template the agency is explicitly trying to carry forward into the commercial space stations it hopes will eventually replace the ISS.

Market Impact: What a Steady Cargo Cadence Means for NASA and SpaceX

For SpaceX, a resupply mission like CRS-35 is a relatively small line item next to the company’s commercial satellite business and its Starship development program, but it carries outsized reputational weight. Every successful cargo delivery reinforces the case, one investors and analysts have made repeatedly this year, that SpaceX’s launch infrastructure is dependable enough to anchor both government contracts and private capital. That reliability narrative has been a recurring thread in coverage of SpaceX’s financial trajectory, including reporting on how analysts have framed the company’s upside around the Starship Flight 15 milestone and how prominent investors have pitched the company as a long-horizon holding.

For NASA, the stakes are more operational than financial. The agency is managing the ISS toward its eventual retirement later this decade while simultaneously trying to seed a commercial successor in low Earth orbit. Every uneventful cargo flight, especially one that finishes a multi-year hardware upgrade like the iROSA solar array rollout, buys the agency more runway to manage that transition on its own schedule rather than being forced into it by a power or supply crisis aboard an aging station. It also keeps pressure off NASA’s relationship with international partners who continue to rely on the station’s research capacity.

The broader commercial launch market has also benefited from the kind of frequent-flight confidence that missions like CRS-35 reinforce. Readers tracking the competitive landscape among newer launch providers have seen that dynamic play out in coverage of Isar Aerospace’s push to establish a European alternative to SpaceX, where the core argument for new entrants is almost always framed against the baseline reliability SpaceX has already established with missions exactly like this one.

What Could Go Wrong: Weather, Clouds and the Backup Window

None of the reporting on this story treats Tuesday’s 6:33 a.m. launch time as locked in. Florida’s Space Coast deals with frequent weather holds, and a Falcon 9 launch can be delayed by upper-level winds, ground equipment issues or range conflicts just as easily as by a thunderstorm on the pad. That is exactly why NASA has already published a backup opportunity for 6:08 a.m. on Wednesday, October 14, giving the mission a second chance if Tuesday does not work out.

The same uncertainty applies to the viewing side of the story. Cloud cover, haze and light pollution across New Jersey could easily blank out both the ISS pass and any visible rocket plume, even if the launch goes off exactly on schedule. Local horizon obstructions, trees, buildings, hills, matter too, since the station’s 39-degree maximum elevation is comfortably high but not directly overhead everywhere. Readers hoping to catch either event should treat the published times as a starting point for looking up, not a guarantee of what they will see.

Expert Insight on the Mission

NASA’s own mission description, reported by NorthJersey.com ahead of Tuesday’s attempt, lays out the hardware involved in plain terms: “Loaded with more than 6,300 pounds of supplies, a SpaceX Dragon spacecraft on a Falcon 9 rocket will lift off from Space Launch Complex 40 at Cape Canaveral Space Force Station in Florida.” That framing, straight from the agency’s own mission materials, underlines that this is first and foremost a logistics flight, a scheduled delivery run that happens to be visible to the public rather than a mission designed around spectacle. NASA maintains its own continuously updated mission log for the station, which readers can follow directly through the agency’s International Space Station blog.

How New Jersey Outlets Are Covering the Story

TheLakewoodScoop’s write-up focused on the practical angle for Ocean County readers, pointing out that the ISS pass and the Falcon 9 liftoff fall close enough together in time that early risers checking the sky for one could plausibly catch a glimpse of the other, a detail the outlet verified against its own reporting on the SpaceX Falcon launch window. Readers who want a second, independently calculated set of pass times for their specific town can cross-check NASA’s figures against community tracking sites such as SpaceNexus’s nightly sky tracker, which aggregates ISS passes alongside Moon phase and planet visibility for a given evening or morning.

For viewers who want live positional data rather than a one-time prediction, tools like OrbitalNodes’ live satellite tracker show the station’s real-time position as it crosses overhead, which can be useful for confirming a sighting in progress rather than just planning one in advance. New Jersey-specific pass calendars, including ISS-over.me’s dedicated New Jersey tracking page, break the state down by region so that viewing times can vary slightly between, say, the northern suburbs and the Jersey Shore.

Predictions: What Happens From Here

Expect more of these overlapping launch-and-pass stories through the rest of 2026 as SpaceX maintains a heavy Falcon 9 cadence across both NASA cargo flights and its own Starlink missions, several of which already follow East Coast-adjacent trajectories similar to this week’s CRS-35 ascent.
Local and regional outlets will likely keep treating ISS visibility stories as recurring seasonal content, since early-morning and early-evening passes are predictable well in advance and reliably draw search interest whenever a notable coincidence, like a nearby launch, adds a news hook.
As NASA and its partners move closer to the station’s planned retirement later this decade, expect more coverage framing each resupply mission, including routine ones, in terms of how it fits into the broader transition toward commercial low Earth orbit destinations.
Independent tracking tools and apps will likely keep expanding their feature sets, adding more combined views of satellites, launches and sky events in one place, as public interest in skywatching continues to grow alongside rising launch frequency.
Expect continued scrutiny of SpaceX’s cargo reliability record as a proxy for its broader commercial credibility, particularly as competitors and new entrants in the launch market continue to measure themselves against Falcon 9’s flight history.

Frequently Asked Questions

When exactly is the CRS-35 launch scheduled?
NASA and SpaceX are targeting 6:33 a.m. EDT on Tuesday, October 13, 2026, from Space Launch Complex 40 at Cape Canaveral Space Force Station in Florida, with a backup opportunity at 6:08 a.m. on Wednesday, October 14, if needed.

What is CRS-35 carrying to the International Space Station?
NASA says the SpaceX Dragon spacecraft is loaded with more than 6,300 pounds of supplies, equipment and science investigations, including the final set of International Space Station Roll-Out Solar Arrays.

When will the ISS be visible over New Jersey this week?
The International Space Station is forecast to be visible over New Jersey at approximately 6:34 a.m. on Tuesday, October 13, 2026, for about 8 minutes, reaching a maximum elevation of 39 degrees.

Will I actually be able to see the rocket launch from New Jersey?
It is not guaranteed. Reports describe it as a possibility tied to the rocket’s northeast-bound trajectory along the Atlantic coast, but cloud cover, haze and local obstructions can all affect whether anything is visible from a specific New Jersey location.

What is the “space jellyfish” effect mentioned in some reports?
It refers to a glowing, tentacle-like halo that can appear around a rocket’s exhaust plume at high altitude in certain lighting conditions, most often near sunrise or sunset. It has appeared around some past Falcon 9 and Starship launches, but it is not confirmed or guaranteed for this specific mission.

How can I find the exact ISS pass time for my own town?
NASA’s free Spot the Station app and website calculate pass times for specific locations. Independent tools such as SpaceNexus, ISS-over.me and OrbitalNodes also offer location-based tracking with varying levels of detail.

Why does the ISS only appear visible around sunrise or sunset?
NASA explains that the station reflects sunlight rather than producing its own light, so it is only visible against a dark sky during the window when it is still catching direct sun while the ground below has fallen into darkness or twilight.

What happens if the CRS-35 launch is delayed past the backup window?
NASA has not published further details beyond the Wednesday backup opportunity. Launch dates for Commercial Resupply Services missions are routinely adjusted for weather and technical readiness, so additional schedule changes beyond the published backup window remain possible but unconfirmed.

SpaceX CRS-35 Launch: ISS Visible Over NJ for 8 Min [2026]