September quarter 2025 data27 Nov 2025

NBN Co’s September quarter 2025 service quality record keeping rule (RKR) data, accompanying explanatory statement and cover letter are available on this page.

Data summary

Connections

Standard connections (metric 1)

There were around 604,000 new standard connections reported in the September quarter 2025 (around 6,700 per day), with a total of 2.4 million standard connections over the last 12 months. Most connections were FTTP, followed by HFC and FTTN. While declining, FTTN remains a key connection type, as set out in Figure 1 below (satellite not shown).

Figure 1 – Proportion of standard connections by technology type
Figure 1 - column chart showing proportion of standard connections by technology type. FTTP September 24: 37%, December 24: 39%, March 25: 40%, June 25: 43%, September 25: 47%. HFC September 24: 22%, December 24: 21%, March 25: 21%, June 25: 21%, September 25: 22%. FTTN September 24: 25%, December 24: 23%, March 25: 22%, June 25: 21%, September 25: 18%. FTTC September 24: 9%, December 24: 8%, March 25: 8%, June 25: 8%, September 25: 6%. FTTB September 24: 4%, December 24: 4%, March 25: 4%, June 25: 4%, Sept

During the September quarter 2025 around 81% of new standard connections, including service reactivations, did not require any physical work, compared to 84% over the previous 12 months.

Standard connection service level performance (metric 1)

‘Service level’ refers to the relevant standard or service quality, which for this metric is the target number of Business Days to complete the connection. The various service levels relating to the RKR metrics are listed in NBN Co’s Wholesale Broadband Agreement (WBA), set out in Part A of the .

Across all standard connections in the past 12 months, Fixed Wireless and HFC met the service level in 98% and 94% of connections respectively, while other technologies met the service level for around 99% of connections. Figure 2 below shows that service level performance remained steady at between 98% and 100% in the September quarter 2025 except HFC which continued the decline observed in previous quarters.

Figure 2 - Standard connection average service level performance by technology type
Figure 2 - column chart showing Standard connection average service level performance by technology type. FTTP September 24: 97%, December 24: 99%, March 25: 99%, June 25: 98%, September 25: 98.0%. Fixed Wireless September 24: 98%, December 24: 99%, March 25: 97%, June 25: 98%, September 25: 98.0%. Satellite September 24: 97%, December 24: 100%, March 25: 99%, June 25: 99%, September 25: 98.3%. FTTB September 24: 99%, December 24: 100%, March 25: 100%, June 25: 100%, September 25: 99.6%. FTTN September 24:

Figure 3 below shows performance for standard connections that require a truck roll. Fixed Wireless had among the lowest service level performance during the past 12 months, alongside HFC and FTTP connections, with the gradual decline of FTTN standard connection performance continuing.

Figure 3 - Standard connection average service level performance by technology type – connections requiring truck roll
Figure 3 - column chart showing Standard connection average service level performance by technology type for connections requiring a truck roll. FTTP September 24: 88%, December 24: 94%, March 25: 92%, June 25: 92%, September 25: 91.5%. Fixed Wireless September 24: 93%, December 24: 93%, March 25: 84%, June 25: 92%, September 25: 92.3%. Satellite September 24: 95%, December 24: 98%, March 25: 94%, June 25: 94%, September 25: 94.1%. FTTB September 24: 99%, December 24: 99%, March 25: 98%, June 25: 97%, Septe

Priority assistance connections (metric 2)

A is a service order at a premises where a life-threatening medical condition exists. There were 3,139 new Priority assistance connections completed in the past 12 months, with 12 failing to meet the 24-hour service level timeframe for connection. All the failures were on the HFC network.

Accelerated connections (metric 3)

An Accelerated connection is an expedited service order that will include a standard telephone service for a currently inactive service. The number of Accelerated connections continued to decline in each quarter during the past 12 months, with 901 Accelerated connections reported in September 2025, compared to 2,134 in December 2025. Around 69% of Accelerated connections were completed within NBN Co’s Accelerated connection timeframes in the September 2025 quarter, compared to around 75% over the past 12 months.

Connection and Fault Rectification appointment keeping (metric 6)

Appointment keeping reporting shows that NBN Co met the appointment time for appointments that were not rescheduled in just over half (i.e., around 56%) of all appointments over the last 12 months. There are several other appointment keeping categories reported, including appointments rescheduled by NBN Co or the customer, or missed appointments.

Fault and outages

Service faults (metric 7)

This metric reports on services that are impacted by problems on NBN infrastructure or other issues for which NBN Co accepts direct responsibility for remediation work. NBN Co’s explanatory statement notes that weather events can affect the performance of fixed line services and have a greater impact on copper-based services (i.e., FTTN/C) than for other technologies. NBN Co also notes that line length and gradual network degradation have a detrimental impact on copper-based service fault rates.

There were around 624,000 service faults rectified in the past 12 months of which around 87% did not require plant work or NBN Co attendance.

Service faults per service in operation (metric 7)

The ÌÇÐÄÔ­´´ has estimated service faults per service in operation using information on service faults in NBN Co’s service quality RKR, and the number of wholesale services reported under the NBN SIO RKR. On a per service in operation basis, FTTC had the highest proportion of rectified faults over the past 12 months. Most technologies had a steady number of faults per service compared to June 2025, following large reductions for FTTC and HFC since the March quarter 2025, except for FTTP which had steadily rising faults rectified over the past year, as shown in Figure 4 below.

Figure 4 - Number of faults rectified as a proportion of total services in operation1
 Figure 4 - column chart showing the Number of faults rectified as a proportion of total services in operation. FTTP September 24: 1.4%, December 24: 1.3%, March 25: 1.4%, June 25: 1.6%, September 25: 1.7%. FTTB September 24: 0.9%, December 24: 0.8%, March 25: 1.0%, June 25: 0.8%, September 25: 0.9%. FTTN September 24: 1.7%, December 24: 1.7%, March 25: 1.8%, June 25: 1.5%, September 25: 1.4%. FTTC September 24: 2.6%, December 24: 3.2%, March 25: 4.2%, June 25: 2.6%, September 25: 2.6%. HFC September 24: 1.

1 Source: Services averaged from NBN Wholesale Market Indicators Reports

Priority assistance faults (metric 8)

Premises where a household member has a diagnosed life-threatening medical condition qualify for Priority assistance. In the past 12 months 7,938 Priority assistance faults were rectified and NBN Co achieved its target fault rectification timeframe in around 95% of Priority assistance cases.

Of the Priority assistance faults with a service level of 24 hours, in the past 12 months there were 372 cases where the timeframe was not met and around 39% of these took more than 2 business days to rectify.

Network faults (metric 10)

Network faults occur when an issue arises within the network infrastructure that impacts multiple NBN products and end-users, i.e., the one incident causes multiple service outages. Network faults are reported at the state level.

As set out in Figure 5 below, the number of services and geographic locations impacted by network faults fluctuated over the past year, with NBN Co reporting the March quarter 2025 spikes as being due to seasonal weather events.

Figure 5 – Total number of network faults by geographic location
Figure 5 - column chart showing the Total number of network faults by geographic location. NSW September 24: 579,005, December 24: 706,498, March 25: 892,320, June 25: 567,291, September 25: 645,802. VIC September 24: 537,059, December 24: 507,568, March 25: 520,344, June 25: 379,322, September 25: 380,469. QLD September 24: 416,202, December 24: 589,265, March 25: 1,067,585, June 25: 278,381, September 25: 321,339. WA September 24: 235,462, December 24: 145,597, March 25: 253,642, June 25: 150,601, Septemb

Recurring faults (metric 11)

As shown in Figure 6 below, FTTC connections have consistently shown relatively higher recurring faults over the past 12 months at around 0.4 to 0.5 faults per 1,000 SIOs, compared to around 0.2 faults per 1,000 SIOs or less for other technologies. Fixed wireless recurring faults were significantly lower than previous quarters.

Figure 6 – Recurring faults per 1,000 services by technology
Figure 6 - column chart showing Recurring faults per 1,000 services by technology. FTTP September 24: 0.2, December 24: 0.2, March 25: 0.3, June 25: 0.2, September 25: 0.3. FTTB September 24: 0.0, December 24: 0.01, March 25: Dash, June 25: Dash, September 25: 0.01. FTTN September 24: 0.2, December 24: 0.2, March 25: 0.2, June 25: 0.1, September 25: 0.1. FTTC September 24: 0.5, December 24: 0.4, March 25: 0.5, June 25: 0.4, September 25: 0.4. HFC September 24: 0.1, December 24: 0.1, March 25: 0.2, June 25:

Unexpected dropouts (metric 12)

An unexpected dropout is a temporary loss of connectivity between the NBN and the network termination device in an end user’s premise. Dropout metrics are reported for fixed line services by access technology and by dropout volume category. Over the past 12 months there were around 1.3 million services impacted to varying degrees by dropouts each month, with the June 2025 quarter showing the lowest number of dropouts at 1.1 million, and the September quarter 2025 increasing to 1.25 million.

The ÌÇÐÄÔ­´´ has estimated the number of services impacted in the highest dropout category (i.e., greater than 7 per month) on a per service in operation basis. The estimate used the reported data on unexpected dropouts in NBN Co’s service quality RKR, and information on wholesale services provided under the NBN SIO RKR. As set out in Figure 7 below, FTTC and FTTN were the services most impacted by greater than 7 dropouts per month, while FTTP services were the least impacted and the number of dropouts for HFC services increased.

Figure 7 - Number of services impacted by greater than 7 dropouts per month per 1,000 services in operation2
 Figure 7 - column chart showing the Number of services impacted by greater than 7 dropouts per month per 1,000 services in operation. FTTP Jul 24: 4.9, Aug 24: 5.0, Sep 24: 5.0, Oct 24: 5.4, Nov 24: 7.4, Dec 24: 7.8, Jan 25: 12.1, Feb 25: 9.9, Mar 25: 11.9, Apr 25: 7.8, May 25: 8.7, Jun 25: 8.1, Jul 25: 7.0, Aug 25: 8.6, Sep 25: 8.2. FTTB Jul 24: 15.7, Aug 24: 17.4, Sep 24: 16.4, Oct 24: 17.4, Nov 24: 19.5, Dec 24: 18.1, Jan 25: 16.8, Feb 25: 19.3, Mar 25: 21.4, Apr 25: 18.3, May 25: 19.2, Jun 25: 15.1, Ju

 2 Source: Services averaged from NBN Wholesale Market Indicators Reports

Network outages (metric 13)

An outage is a service interruption for maintenance, upgrades (i.e., ‘planned outage’), or unforeseen issues (i.e., ‘emergency outage’). Planned outages declined from around 5,500 in the December quarter 2024 to around 3,400 in the September quarter 2025, while emergency outages increased from 1,248 to 1,638 during the same period. Figure 8 below shows the combined number of planned and emergency outages by technology.

Figure 8 - Number of planned and emergency outages by technology
Figure 8 - column chart showing the Number of planned and emergency outages by technology. FTTP September 24: 1,797, December 24: 1,484, March 25: 1,581, June 25: 1,544, September 25: 2,061. HFC September 24: 2,706, December 24: 2,409, March 25: 1,255, June 25: 1,220, September 25: 995. FTTN September 24: 1,504, December 24: 1,214, March 25: 1,012, June 25: 870, September 25: 728. FTTC September 24: 749, December 24: 637, March 25: 673, June 25: 647, September 25: 724. FTTB September 24: 264, December 24: 2

Rectification times for Fixed Wireless outages improved over the past 6 months and HFC outage durations were materially longer than for other technologies during the September quarter 2025, while FTTP/B/N/C outage rectification times remained stable, as shown in Figure 9 below.

Figure 9 - Planned and emergency outages estimated outage duration (average)
Figure 9 - column chart showing Planned and emergency outages estimated outage duration (average) in minutes by technology type. FTTP/B/N/C September 24: 150, December 24: 160, March 25: 148, June 25: 142, September 25: 161. HFC September 24: 232, December 24: 234, March 25: 142, June 25: 137, September 25: 239. Fixed Wireless September 24: 392, December 24: 290, March 25: 339, June 25: 175, September 25: 152.

Outage notifications (metric 13)

NBN Co generally notifies its wholesale customers of planned outages in advance. In both the March 2025 and June 2025 quarters, advance notification timeframes were longer, with the timeframe of greater than 10 days being met for around 90% of cases, compared to around 65% in the previous quarter and 80% in the September quarter 2025, as shown in Figure 10 below. The percentage of planned outages that were notified between 1 and 5 business days increased to over 10% in the September quarter 2025.

Figure 10 - Planned outage notification timeframes
Figure 10 - column chart showing Planned outage notification timeframes. ≤ 1 Business Day September 24: 4%, December 24: 4%, March 25: 1%, June 25: 2%, September 25: 1%. > 1 to ≤ 5 Business Days September 24: 13%, December 24: 11%, March 25: 2%, June 25: 4%, September 25: 12%. > 5 to ≤ 10 Business Days September 24: 18%, December 24: 20%, March 25: 5%, June 25: 6%, September 25: 5%. > 10 Business Days September 24: 65%, December 24: 65%, March 25: 92%, June 25: 88%, September 25: 82%

Fibre to the Premises upgrade progress (metric 18)

The proportion of premises connected under the fibre upgrade program has continued to increase linearly over the past 12 months within the footprints of each of the FTTN, FTTC and Fixed Wireless access technologies. Proportionally more Fixed Wireless services migrated to fibre over the past 12 months as compared to other access technologies, and the overall rate of migration remains steady.

As shown in Figure 11 below, the proportion of premises in the FTTN and FTTC footprints that had connected to FTTP was 21% and 16% respectively at the end of the September quarter 2025, while Fixed Wireless was 38%.

Figure 11 - Proportion of ready to order premises that have connected
Figure 11 - column chart showing the Proportion of ready to order premises that have connected to a new technology type. FTTN to FTTP September 24: 15%, December 24: 16%, March 25: 18%, June 25: 19%, September 25: 21%. FTTC to FTTP September 24: 8%, December 24: 10%, March 25: 12%, June 25: 14%, September 25: 16%. Fixed Wireless to FTTP September 24: 21%, December 24: 28%, March 25: 31%, June 25: 35%, September 25: 38%.

Rebates payable (metric 19)

Rebates payable is another indicator of NBN service quality and performance. Where NBN Co does not meet its service levels for certain activities its retailers may be eligible to claim rebates. A total of 57,885 rebates for service level issues were payable by NBN Co in the September quarter 2025, slightly down from 58,612 in the previous quarter. Table 1 below sets out several of the rebate categories and the number of rebates payable for the September quarter 2025.

Table 1 – Selected rebate categories by selected technology – September quarter 2025
  FTTP FTTB FTTN FTTC HFC
Connections rebate 6,586 125 437 755 10,198
Failed Connection 7,508 1,563 7,702 77 755
Missed Connection Appointment 6,161 98 502 278 823
Service Fault 2,135 69 3,046 995 3,415
Missed Trouble Ticket Appointment 857 79 1,412 431 525
TOTAL 23,247 1,934 13,099 2,536 15,716

Compared to the March and June quarters 2025, there was a decline in rebates payable for FTTN, while FTTP slightly increased, as shown in Figure 12 below.

Figure 12 – Total rebates payable by technology
 Figure 12 - column chart showing the Total rebates payable by technology. FTTP March 25: 20,636, June 25: 21,614, September 25: 23,247. FTTB March 25: 1,923, June 25: 1,924, September 25: 1,934. FTTN March 25: 23,018, June 25: 17,053, September 25: 13,099. FTTC March 25: 6,992, June 25: 2,709, September 25: 2,536. HFC March 25: 21,517, June 25: 15,312, September 25: 15,716. Fixed Wireless March 25: 225, June 25: 207, September 25: 246.

Rebates for connection and fault rectification services, including for Priority assistance customers, are payable up to 30 rebate days. In the September quarter 2025 there were 599 services for which rebates were capped, most (494) concerned delayed FTTP connections.