I once believed that a single speed test result could tell the whole story. Then I upgraded to a gigabit plan, started experimenting seriously, and quickly realized how misleading that assumption can be. My experience running a Proton VPN speed test NBN 1000 Sydney opened my eyes—but not in the way I expected.
In this article, I’ll walk you through what I learned, using real numbers, practical tests, and a bit of trial-and-error across locations like Sydney and Hobart.
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My Starting Point: Gigabit Expectations vs Reality
When I first connected to an NBN 1000 plan, I expected consistent speeds close to 900–950 Mbps. Without a VPN, I was getting:
- 920 Mbps download (average)
- 47 Mbps upload
- 3–5 ms latency
Then I turned on Proton VPN and ran tests via Sydney servers. My results dropped to:
- 610–720 Mbps download
- 40 Mbps upload
- 8–12 ms latency
At first glance, I thought: “That’s still great.” And it is. But the real question wasn’t speed—it was accuracy across geography.
Testing the Same Setup in Hobart
A few weeks later, I traveled to Hobart and repeated the exact same process using identical settings:
- Same Proton VPN protocol (WireGuard)
- Same Sydney server selection
- Same test tools
The results surprised me:
- 430–520 Mbps download
- 35 Mbps upload
- 18–25 ms latency
Thats a drop of roughly 30–40% compared to Sydney-based testing.
Why Sydney Results Dont Translate Perfectly
Through repeated testing (over 20 runs in both cities), I identified three major factors:
1. Distance to Server
Sydney servers are physically farther from Hobart. That extra distance adds latency and reduces throughput efficiency.
2. Routing Complexity
Traffic from Hobart doesn’t always take the most direct path. I observed routing hops increasing from:
- 6–8 hops in Sydney
- 10–14 hops in Hobart
Each hop introduces potential slowdowns.
3. Server Load Variability
Even if you select the same server, real-time load changes. I saw performance fluctuate by up to 15% depending on time of day.
My Practical Testing Framework
To get reliable insights, I developed a simple method:
Step-by-step approach:
- Run 5 tests without VPN
- Run 5 tests with VPN (same server)
- Repeat at 3 different times:
- Morning (8–10 AM)
- Afternoon (2–4 PM)
- Evening peak (7–10 PM)
What this revealed:
- Evening speeds dropped by ~20% in both cities
- Hobart consistently lagged behind Sydney by 150–200 Mbps
- VPN overhead remained stable (~25–35% reduction)
A Surprising Insight from Darwin
Just to push things further, I tested briefly while visiting Darwin. Results there were even more extreme:
- VPN speeds dropped to 300–400 Mbps
- Latency exceeded 35 ms
This confirmed my suspicion: geography matters more than marketing claims.
What I Learned (Key Takeaways)
If youre trying to interpret VPN speed tests, heres what I now rely on:
- Never trust a single location test
- Expect 20–40% speed loss with VPN on gigabit plans
- Distance to server matters more than raw bandwidth
- Time of day significantly impacts results
- Real-world usage (streaming, downloads) matters more than benchmarks
Is Sydney Data Accurate for Hobart?
From my experience, the answer is no—not fully.
Sydney-based results can give you a best-case scenario, but they don’t reflect real-world performance in Hobart. If I had relied only on Sydney data, I would have overestimated my speeds by at least 200 Mbps.
My Personal Recommendation
If youre serious about evaluating Proton VPN performance:
- Test locally whenever possible
- Use multiple servers, not just Sydney
- Focus on consistency, not peak numbers
In my case, even with reduced speeds in Hobart, I still found Proton VPN fast enough for:
- 4K streaming without buffering
- Large downloads (1 GB in ~20 seconds)
- Stable video calls
So while the numbers differ, usability remains strong—which, in the end, matters more than any single speed test.
