Starlink V5 specifications

According to Starlink's official specification sheet, V5 has the following principal specifications.

Several of those numbers deserve considerably more attention than they initially received.

The 265 km/h wind specification is a major change

One of V5's most impressive specifications is not its size or power draw.

It is its published mounted operational wind rating.

Starlink specifies:

265 km/h — 165 mph

for the mounted V5 terminal.

By comparison, the published operational wind rating for the current Standard hardware is:

96 km/h+

The two ratings should not necessarily be interpreted as direct structural failure points because hardware testing criteria can change between products, but the V5 figure is nonetheless significant.

The smaller physical surface area almost certainly helps.

Wind loading increases rapidly as wind speed rises, and the reduced frontal area means considerably less surface for wind to act against.

For Australian installations in exposed rural locations, coastal environments and elevated roof positions, the combination of substantially reduced terminal mass and surface area should make proper mounting considerably easier to engineer.

The mount itself, roof structure and fixing method obviously remain critical.

A terminal rated for severe wind is only as secure as the structure holding it.

Starlink finally includes the pipe adapter

This may be one of the most installer-friendly changes in the entire V5 kit.

A pipe adapter is included in the box.

Starlink specifies that the V5 Pipe Adapter fits metal poles between:

31 mm and 50 mm diameter.

Starlink specifically states that the adapter is intended for metal pipes, not PVC or plastic pipe.

The adapter uses two securing bolts and an included hex key.

Cable routing can also be performed through the mounting pole.

For an internal cable installation, the Starlink cable is routed through the pole and then through the opening in the cylindrical section of the pipe adapter before the terminal is attached.

This is an excellent design decision.

Previously, achieving a professional pole installation could mean purchasing additional mounting hardware.

V5 arrives already prepared for one of the most common permanent installation methods.

It also means that aftermarket mounting systems can increasingly concentrate on providing the correct roof interface and pole position, while the Starlink-supplied adapter handles the final connection between pole and terminal.

Installation should be much easier

A 2.9 kg object does not sound particularly heavy until somebody is holding it above shoulder height while standing on a roof or ladder.

Reducing the terminal to 1.1 kg substantially changes that experience.

V5 is also physically shorter.

Compared with V4:

• Length is reduced by approximately 35%
• Width is reduced by approximately 20%
• Face area is reduced by approximately 48%
• Terminal weight falls approximately 62%

That should make roof installation easier, safer and quicker.

There is less mass to control while positioning the dish and substantially less surface area catching wind during installation.

That will be especially noticeable on exposed rooftops.

What comes in the Starlink V5 box?

Starlink's official V5 documentation lists the kit as including:

• Starlink V5 terminal
• Kickstand
• V5 pipe adapter
• External power supply
• Router Mini
• Router Mini stand
• 15 m Starlink cable
• 2 m Starlink Ethernet cable
• 1.5 m AC power cable

The inclusion of both the pipe adapter and Ethernet cable makes V5 a surprisingly complete installation package.

V5 uses a separate external power supply

Another substantial architectural change is the power arrangement.

The official V5 specifications show a standalone power supply measuring approximately:

157 × 74 × 36 mm

and weighing approximately:

0.40 kg.

It carries an:

IP66 Type 4

environmental rating when the included cables are installed and operates between:

-30°C and 50°C.

Separating the power supply from the Wi-Fi router is useful.

It effectively separates three functions:

1. The Starlink antenna
2. Power delivery
3. Local networking and Wi-Fi

That provides far greater flexibility than architectures where power and routing are tightly combined.

For professionally networked homes and businesses, this makes the system easier to integrate into an existing network architecture.

The bundled Router Mini is the biggest V5 compromise

While the terminal hardware is impressive, there is one area where V5 arguably steps backwards compared with the current Standard package.

The router.

V5 is bundled with the Starlink Router Mini, rather than the larger Router 3 supplied with the current Standard system.

The Router Mini is not a poor router.

It provides:

• Wi-Fi 6
• Dual-band radio
• 2×2 MU-MIMO
• Two 1Gbps Ethernet ports
• Up to 204 m² claimed Wi-Fi coverage
• Support for up to 235 connected devices

Its ports function as one WAN connection and one LAN connection in the conventional Router Mini arrangement.

However, Router 3 is considerably more capable as a Wi-Fi platform.

The current Router 3 provides:

• Wi-Fi 6
• Tri-band operation
• 4×4 MU-MIMO
• Two Ethernet LAN ports
• Up to 297 m² claimed coverage
• Up to 235 connected devices

That means V5 purchasers gain a dramatically improved satellite terminal but receive a less capable bundled wireless router.

For a small or medium home, this may be irrelevant.

For a large house, rural homestead or property requiring strong indoor coverage through multiple rooms, it becomes important.

The solution is straightforward: use additional wired access points, Starlink mesh equipment, Router 3 or suitably configured third-party networking equipment.

But buyers need to understand that Starlink speed and Wi-Fi performance are not the same thing.

A V5 terminal capable of hundreds of megabits cannot compensate for poor Wi-Fi coverage inside the house.

Router Mini coverage versus Router 3

Starlink's published Wi-Fi coverage figures make the distinction obvious.

V5 Router Mini

Up to 204 m²

V4 / Standard Router 3

Up to 297 m²

Starlink Mini integrated Wi-Fi

Up to 112 m²

These are maximum manufacturer figures and actual coverage depends heavily on construction materials, wall density, interference, router placement and building layout.

Nevertheless, V4 remains the strongest out-of-the-box solution for large-home Wi-Fi.

Can V5 use another Starlink router?

Yes.

Starlink lists V5 as compatible with:

• Router 2
• Router 3
• Router Mini

Router Mini can also mesh with:

• Starlink Gen 2 Router
• Router 3
• Additional Router Minis
• Starlink Mini

It does not form a Starlink mesh network with Gen 1 routers or third-party mesh systems.

For larger homes, professionally installed Ethernet and dedicated access points may still be preferable to relying entirely on wireless mesh.

Starlink V5 vs V4 vs Starlink Mini

This is where the V5 becomes particularly interesting.

V5 physically sits almost exactly between the Standard and Mini in size, while matching the Mini's remarkably low weight.

Yet the three products are designed for distinctly different purposes.

V5 versus V4: which is actually better?

This is not as simple as saying V5 wins because five comes after four.

Choose V5 for:

• Dramatically lower power consumption
• Lighter roof installation
• Smaller physical footprint
• Easier transportation
• Included pipe adapter
• Very high published mounted wind resistance
• Off-grid residential installations
• Solar and battery-powered homes
• Installations where physical size is important

V4 remains attractive for:

• Maximum published residential terminal throughput
• Larger out-of-box Wi-Fi coverage
• Router 3
• More demanding home networking environments
• Compatible in-motion use when paired with an eligible Starlink plan

The important takeaway is that V5 is not an across-the-board upgrade.

It is an optimisation.

SpaceX appears to have redesigned the Standard terminal around efficiency, manufacturing scalability, installation and cost.

That is arguably more important to the long-term expansion of Starlink than adding another 50 or 100 Mbps to a specification sheet.

V5 versus Mini: they look similar, but they serve different jobs

The V5's 1.1 kg weight immediately invites comparison with the Starlink Mini.

And physically, the resemblance is becoming increasingly close.

The Mini measures:

298.5 × 259 mm

while V5 measures:

384 × 306 mm.

V5 therefore has only around 52% more face area than Mini, despite being designed as a full residential terminal.

Both weigh approximately 1.1 kg.

That is extraordinary when compared with the previous Standard terminal.

But Mini still has a major advantage that V5 does not attempt to replace:

Mobility.

Starlink describes the Mini as a portable system for internet on the go, with maximum download speeds exceeding 200 Mbps.

It also has:

• Integrated Wi-Fi
• Native 12–48V DC input
• Very low power consumption
• Compact physical dimensions
• In-motion support with eligible plans

V5, by contrast, is explicitly not intended for in-motion use.

Can you use Starlink V5 on a caravan?

Not while moving.

That distinction matters.

Starlink currently lists the following hardware as supported for in-motion operation:

• Starlink Performance Gen 3
• Performance Gen 2
• Standard 4
• Standard 4 X
• Starlink Mini

V5 is absent from that list, and Starlink specifically states that V5 is not intended for in-motion operation.

Australian Residential plans also do not permit in-motion use regardless of compatible hardware. Appropriate Roam or Priority service is required.

Fixed home

V5 makes excellent sense.

Permanent rural installation

V5 could be one of the best Standard Starlinks yet.

Off-grid cabin

V5 is extremely attractive.

Caravan parked at a campsite

V5 could technically function as a stationary portable terminal, subject to the appropriate service arrangement.

Caravan driving down the highway

Choose Mini or another officially supported in-motion terminal instead.

The Mini still wins for 12-volt systems

One specification is particularly important for caravans, campers and mobile off-grid users.

Starlink Mini accepts:

12–48 V DC input

and Starlink specifies average power consumption of:

25–40 W.

That makes it extraordinarily easy to integrate with:

• Caravan batteries
• Lithium battery systems
• Portable power stations
• Vehicle electrical systems
• Solar installations

V5 has much lower power consumption than V4, but Starlink's V5 specification sheet does not presently specify direct 12–48V DC input.

Therefore, despite V5's impressive efficiency, the Mini remains the cleaner platform for true portable DC operation.

Power consumption comparison

Using the midpoint of each manufacturer's published operating range gives a useful rough comparison.

Starlink Mini

Published range: 25–40 W

Nominal midpoint: 32.5 W

Approximate continuous consumption:

0.78 kWh/day

Starlink V5

Published range: 35–50 W

Nominal midpoint: 42.5 W

Approximate continuous consumption:

1.02 kWh/day

V4 / Standard

Published range: 75–100 W

Nominal midpoint: 87.5 W

Approximate continuous consumption:

2.1 kWh/day

These figures are illustrations rather than guaranteed consumption because Starlink's actual demand varies with environment and operating conditions.

Nevertheless, they show clearly how large the V5 efficiency improvement is.

Does the V5's lower 375 Mbps maximum actually matter?

For many Australian households:

Probably not.

If your service plan caps your connection below the theoretical capability of the terminal, there is functionally little importance in whether the terminal hardware can theoretically peak at 375 Mbps or 400 Mbps.

Real Starlink performance is also influenced by:

• Satellite capacity
• Local congestion
• Service priority
• Weather
• Obstructions
• Time of day
• Ground infrastructure
• Wi-Fi quality
• Individual network conditions

In other words, the 25 Mbps difference between the published V4 and V5 peak figures is likely to matter considerably less in normal use than the headline numbers suggest.

A better way to understand V5

Instead of thinking:

V5 is the new faster Starlink.

It is more accurate to think:

V5 is the new efficient Starlink.

That distinction explains virtually every design decision.

It is:

• Smaller
• Lighter
• Lower powered
• Easier to mount
• Easier to transport
• Supplied with a smaller router
• Supplied with a pipe adapter
• Slightly lower in maximum theoretical throughput

SpaceX appears to be optimising the complete product rather than simply increasing performance.

Manufacturing scale may be the real story

The physical redesign may also tell us something about where Starlink is heading globally.

Elon Musk has previously discussed the possibility of Starlink eventually having hundreds of millions of terminals deployed.

At that scale, shaving kilograms from every terminal and substantially reducing physical dimensions has enormous consequences.

Smaller terminals require:

• Less material
• Smaller packaging
• Less freight volume
• Lower freight weight
• Less warehouse space
• Simpler handling
• Potentially faster manufacturing

If millions or tens of millions of V5 terminals are ultimately produced, those efficiencies compound enormously.

That may be why V5 makes sense even though its peak throughput number is slightly lower.

The product may be designed as much for Starlink's next hundred million customers as for somebody upgrading an existing V4 today.

Should an existing V4 owner upgrade to V5?

For most existing residential users:

Probably not solely for internet speed.

V5 does not provide a major advertised speed increase.

In fact, the opposite is true on paper.

Someone with a correctly installed V4 receiving good performance from their existing system is unlikely to see a revolutionary improvement simply by changing the terminal.

V5 could make sense if:

• Your current Starlink power consumption is a problem
• You operate primarily from solar or battery
• Your installation location makes V4 excessively cumbersome
• Your existing terminal needs replacement anyway
• You want the smaller physical footprint
• You are redesigning an off-grid system
• Installation wind loading is a major concern

If your existing V4 works perfectly on mains power, V5 is far less compelling as an immediate upgrade.

Should a new Australian customer wait for V5?

This depends on why you want Starlink.

If your current internet is unusable and Starlink would solve an immediate problem, waiting months for unconfirmed hardware availability simply to gain a smaller dish may not make sense.

The current Standard system remains an extremely capable product.

However, waiting for V5 becomes much more reasonable if:

• You are building an off-grid property
• Battery consumption matters
• Installation is planned rather than urgent
• You specifically want the smaller hardware
• You want the included pipe adapter
• You have not yet purchased your permanent mounting hardware

The power reduction alone makes V5 particularly compelling for some installations.

What about Starlink's future gigabit speeds?

Another reason not to interpret V5's 375 Mbps rating as a technological step backwards is that Starlink's broader network is changing independently of the residential terminal.

SpaceX continues increasing satellite capacity and developing newer satellite generations.

Future Starlink performance will depend on far more than one user terminal.

Satellite generation, spectrum utilisation, gateway infrastructure, laser links, cell capacity and network management all influence what subscribers ultimately receive.

V5 therefore needs to be viewed as one component in a much larger system.

Its success may ultimately be measured less by its launch-day speed test and more by how efficiently SpaceX can deploy millions of them.

How to set up Starlink V5

1. Download the Starlink app

Install the Starlink app and scan the QR code included with the V5 kit.

2. Find a suitable location

The antenna requires a clear view of the sky.

Use the obstruction checking function within the Starlink app before committing to a permanent mounting location.

Trees, roof structures, neighbouring buildings, chimneys and other obstructions can create interruptions.

3. Connect the Starlink cable

Insert the V5 Starlink cable with the locking feature facing upward.

The connector should be fully seated and flush.

4. Install the mount or kickstand

For temporary setup, use the supplied kickstand.

For a permanent pole installation, use the included V5 Pipe Adapter.

5. Power the system

Connect the external power supply and Router Mini.

6. Align the terminal

V5 uses software-assisted manual orientation.

If adjustment is required, the Starlink app will provide alignment guidance.

Once properly positioned, electronic beam steering handles satellite tracking automatically.

Installing the V5 pipe adapter

Route the cable first

If the Starlink cable is to run internally through the mounting pole, route it before attaching the adapter.

Install the adapter

Slide the included V5 Pipe Adapter over a suitable metal pole between:

31 mm and 50 mm diameter.

Secure it

Tighten the two securing bolts using the supplied hex key.

Connect Starlink

Insert the Starlink cable into the terminal and ensure it is fully seated.

Attach the terminal

Slide the V5 terminal onto the adapter until it locks into place.

Complete alignment

Power on the system and use the Starlink app to confirm orientation.

Important: Starlink's V5 accessories guide specifically states that PVC and plastic pipe should not be used with the supplied adapter.

V5 and Standard share the 15 m Starlink cable specification

Starlink's V5 accessory guide lists its 15 m replacement Starlink cable as compatible with:

• Starlink V5
• Starlink Standard 4
• Starlink Standard 4 X

That is a welcome sign of increased component commonality.

The same guide also lists the 2 m Starlink Ethernet cable for V5, Starlink Performance and Standard 4 compatibility.

Reducing unnecessary connector and cable fragmentation is good news for owners and installers alike.

V5 versus Mini: which should you buy?

Choose Starlink V5 if:

You primarily want internet at a fixed home or property and value:

• Higher residential performance
• Better snow-melt ability
• Low power consumption
• Small size
• Permanent mounting
• Stronger external networking options

Choose Starlink Mini if:

You value:

• Travel
• Caravanning
• Camping
• Vehicle use
• Very low power consumption
• Native DC operation
• Compact storage
• Integrated Wi-Fi
• In-motion capability on eligible plans

The V5 does not make the Mini obsolete.

They are complementary products.

V5 versus current Standard: which should you buy?

Choose V5 if:

Efficiency is your priority.

Choose V4 / current Standard if:

Maximum out-of-box Wi-Fi capability and peak hardware download performance matter more.

The V4's Router 3 is clearly superior to Router Mini for large-property Wi-Fi.

That does not necessarily make the overall V4 system better, because a professionally designed network can easily overcome the router difference.

But customers relying entirely on the equipment supplied in the box should understand the distinction.

What V5 means for professional Starlink installation

From an installation perspective, V5 may prove to be one of Starlink's most welcome redesigns.

The dramatic weight reduction should make terminal handling easier.

The smaller area reduces wind loading.

The supplied pipe adapter creates a more standardised transition between Starlink and third-party roof mounting systems.

Internal cable routing through the pole is supported.

The shared 15 m cable compatibility with Standard 4/4X may simplify spare parts.

And the external power supply provides a cleaner separation between satellite hardware and customer networking.

Professional installation will still matter, however.

The best Starlink in the world will perform poorly if it is mounted below an obstruction.

Correct installation still requires consideration of:

• Sky visibility
• Antenna orientation
• Roof structure
• Waterproofing
• Cable routing
• Cable entry
• Wind loading
• Corrosion
• Mounting height
• Router positioning
• Internal Wi-Fi coverage

V5 makes the hardware easier to work with.

It does not eliminate the importance of good installation.

The Australian question: when will Starlink V5 arrive?

At the time of writing, Starlink has published V5 product information accessible to Australian customers, but there is no confirmed Australian release date.

Starlink's current position is that V5 is available in select areas and will expand to additional areas as production ramps.

That means predictions of an Australian release during 2026 remain predictions until Starlink confirms them.

Given Australia's importance as a Starlink market — particularly across regional and remote areas — an Australian rollout would hardly be surprising.

But it should not yet be presented as an officially announced date.

Frequently asked questions about Starlink V5

Is Starlink V5 faster than Gen 3 / V4?

No. Starlink currently rates V5 for peak download speeds of 375+ Mbps, compared with 400+ Mbps for V4.

The difference is relatively small and real-world speeds depend heavily on network conditions and service plan.

Is V5 smaller than the Starlink Mini?

No. Mini remains smaller.

Mini measures approximately 298.5 × 259 mm, compared with 384 × 306 mm for V5.

However, both terminals weigh approximately 1.1 kg.

Is V5 lighter than V4?

Considerably.

V5 weighs 1.1 kg compared with 2.9 kg for V4.

That represents a weight reduction of approximately 62%.

Does V5 use less electricity?

Yes.

Starlink specifies 35–50 W average for V5 versus 75–100 W for V4.

This is arguably V5's most significant technological improvement.

Does V5 come with a router?

Yes.

The kit includes a Starlink Router Mini.

It supports Wi-Fi 6, dual-band operation and up to 204 m² claimed coverage.

Is Router Mini as powerful as Router 3?

No.

Router 3 is tri-band 4×4 Wi-Fi 6 and has claimed coverage up to 297 m².

Router Mini is dual-band 2×2 Wi-Fi 6 with claimed coverage up to 204 m².

Does Starlink V5 include an Ethernet connection?

Yes.

The V5 kit includes a 2 m Ethernet cable and Router Mini.

Router Mini provides a WAN and LAN Ethernet connection.

Can Starlink V5 be used with a third-party router?

The V5 architecture provides an Ethernet handoff and supports alternative networking arrangements.

For larger or professionally networked properties, third-party routing and access points may provide substantially better Wi-Fi coverage than relying on one Router Mini.

Does V5 include a pipe adapter?

Yes.

This is one of the best improvements to the kit.

The supplied adapter accepts metal poles from 31–50 mm diameter.

Can I use PVC pipe?

No.

Starlink specifically states that the supplied V5 Pipe Adapter is intended for metal pipe and should not be installed on PVC or plastic pipe.

Is V5 waterproof?

The V5 terminal carries an IP67 Type 4 rating.

The external power supply is rated IP66 Type 4 with the appropriate cables installed.

Can V5 withstand strong winds?

Starlink publishes a mounted operational wind rating of 265 km/h for the V5 terminal.

The structural strength of the complete installation still depends on the mounting hardware, roof or structure and fixings.

Is V5 suitable for caravans?

For stationary use it may technically be possible depending on service arrangements, but V5 is not intended for in-motion operation.

For genuine mobile use, Starlink Mini remains the more appropriate choice.

Does V5 run directly from 12 volts?

Starlink has not published a native 12–48V DC input specification for V5 comparable with the Mini.

Mini remains the stronger choice for direct battery integration.

Will V5 replace the current Standard dish immediately?

Not necessarily.

Starlink's rollout is regional and V4/Standard hardware may continue to be supplied while V5 production expands.

V5 should therefore be viewed initially as another stage in the evolving Starlink hardware platform rather than assuming every existing Standard terminal immediately becomes obsolete.

Our assessment: V5 may be one of Starlink's most important redesigns

The Starlink V5 is unusual because its most important improvements will never appear on an internet speed test.

It is not significantly faster.

Its published peak speed is actually slightly lower than V4.

Yet almost everything else about the physical terminal has improved.

It is around 48% smaller by face area.

It is approximately 62% lighter.

Its published average power consumption has been effectively cut in half.

It includes a pipe adapter.

It has an extraordinary published mounted operational wind specification.

And it retains the same 110-degree phased-array field of view while packaging the technology into something barely heavier than the Starlink Mini.

That is meaningful engineering.

The trade-off is the supplied Router Mini.

For smaller houses it will likely be perfectly adequate.

For large Australian homes, farms and properties, the Router 3 or a properly designed Wi-Fi network remains the better solution.

But that problem is relatively easy to solve.

Reducing the terminal from 2.9 kg to 1.1 kg and approximately halving its continuous electrical requirement is not.

That is why the V5 should not be judged merely by the fact that 375 Mbps is a smaller number than 400 Mbps.

V5 represents a different kind of progress.

It is about making Starlink easier to manufacture, easier to ship, easier to install, easier to power and easier to deploy at enormous scale.

For conventional metropolitan homes, those improvements are welcome.

For rural and remote Australia, where Starlink has become essential infrastructure for many properties, they could be considerably more important.

And for off-grid Australians in particular, the reduction in power consumption may make V5 the most attractive fixed residential Starlink terminal yet.

The Starlink Mini will remain the obvious choice for mobility.

The existing V4 Standard remains an exceptionally capable high-performance residential terminal.

But V5 looks set to occupy the middle ground remarkably well:

Near-Mini size and weight, Standard-class internet performance, and approximately half the power consumption of the hardware Australians use today.

That could turn out to be a much bigger upgrade than another number on a speed test.

Starlink V5 at a glance

• Best for: Fixed residential, rural and off-grid internet
• Maximum published download: 375+ Mbps
• Dimensions: 384 × 306 × 34 mm
• Weight: 1.1 kg
• Power: 35–50 W average
• Field of view: 110°
• Weather rating: IP67 Type 4
• Mounted operational wind rating: 265 km/h
• Included router: Router Mini, Wi-Fi 6
• Included mounting hardware: Kickstand and 31–50 mm pipe adapter
• Mobile/in-motion use: No
• Australian availability: Not officially dated as of 26 August 2026

Official Starlink V5 resources

• Starlink V5 Specification Sheet
• Starlink V5 Accessories Guide
• Starlink V5 Installation Guide
• Starlink Australia