New Zealand eSIM 2026: 2degrees Coverage Map | MollySIM

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The 2026 New Zealand eSIM 2degrees Coverage Landscape

The New Zealand eSIM 2degrees coverage map in 2026 represents a critical decision point for travelers seeking reliable connectivity across the twin islands, where the choice of network provider directly dictates the quality of your digital experience from the bustling streets of Auckland to the rugged shores of the West Coast. As we enter 2026, the mobile infrastructure landscape in New Zealand has undergone a significant transformation, moving decisively away from the era of physical SIM cards and roaming agreements toward a fully integrated eSIM ecosystem that prioritizes speed, flexibility, and seamless device integration. This shift is not merely a technological upgrade; it is a fundamental change in how travelers interact with the country’s geography. For the modern tourist, the ability to switch networks instantly, access local data rates without roaming premiums, and maintain high-speed connectivity in areas where traditional 3G networks have been phased out is no longer a luxury but a necessity.

The Evolution of Mobile Infrastructure and the eSIM Shift

Over the past five years, New Zealand’s telecommunications sector has accelerated its 4G and 5G rollout, with a particular focus on reducing latency and increasing bandwidth capacity in both urban and semi-rural zones. By 2026, the legacy 3G networks that served as a safety net for older devices have largely been retired or relegated to backup status, making 4G LTE and 5G the primary modes of communication. This evolution has disproportionately benefited eSIM users, who are more likely to utilize the latest smartphones and tablets that support these advanced standards. The physical SIM card, once the standard for travelers, is now viewed as a relic, offering slower activation times and limited flexibility. In contrast, eSIM technology allows for immediate provisioning, enabling travelers to have a local New Zealand number and data plan active within minutes of landing, without the need to visit a store or wait for a mail-order card.

2degrees’ Geographic Dominance and Urban Strength

In this competitive landscape, 2degrees has solidified its position as a leader in data reliability, particularly in the North Island. While all three major carriers—Spark, One NZ, and 2degrees—maintain robust coverage in major metropolitan areas, 2degrees has historically distinguished itself through its aggressive investment in network density in key urban centers. In Auckland, the country’s largest city, 2degrees offers some of the most consistent high-speed data connections, with minimal congestion even during peak tourist seasons. This is crucial for travelers who rely on real-time navigation, video calls, and cloud-based applications. Similarly, in Wellington, the capital city, 2degrees’ infrastructure provides a seamless experience for those navigating the hilly terrain, where signal drop-offs can be common with other providers due to topographical challenges.

The dominance of 2degrees in these urban hubs is not accidental. The carrier has focused its capital expenditure on expanding its 4G and 5G footprint in high-population density areas, ensuring that users experience low latency and high throughput. This makes it a strong contender for the best mobile network New Zealand 2026 for city-centric itineraries. However, the story becomes more complex when moving beyond the urban core.

The Remote Area Challenge and Market Contrast

While Spark and One NZ are formidable competitors, each with their own strengths in specific regions, 2degrees has maintained a strong reputation for data stability in tourist-heavy areas. Spark, for instance, has a strong presence in the South Island, particularly in the Queenstown and Wanaka regions, while One NZ has made significant strides in rural connectivity. However, for the average traveler, the nuances of these differences can be difficult to discern without detailed analysis. The core problem lies in the "coverage gap" that exists in remote areas. While city coverage is excellent across all three networks, the experience in remote parts of New Zealand—such as the Fiordland, the Coromandel Peninsula, or the rural stretches of the West Coast—can vary dramatically.

This is where understanding the specific nuances of 2degrees becomes critical. Travelers who plan to venture off the beaten path, exploring national parks, hiking trails, or coastal roads, need to know not just that a network "exists," but how it performs under load and in challenging terrain. A network that offers full 5G coverage in Auckland may only offer a weak 4G signal in the depths of the Kaikōura Peninsula. This variability is why a generic "best network" recommendation is often insufficient. Instead, travelers need a provider that offers not just coverage, but optimized data usage and fair usage policies that allow them to maintain essential services like Google Maps and Apple Pay even when data speeds are throttled.

Why MollySIM and 2degrees Integration Matters

This is where the integration of a specialized eSIM provider like MollySIM becomes invaluable. By leveraging the robust infrastructure of 2degrees and other major carriers, MollySIM offers travelers a curated experience that maximizes the strengths of each network. For instance, MollySIM’s New Zealand eSIM plans (available at mollysim.com/esim/new-zealand) are designed to work seamlessly with 2degrees’ network, ensuring that users in urban centers enjoy the full speed benefits of 4G and 5G. More importantly, MollySIM’s Fair Use Policy stands out in the 2026 market. While many competitors throttle speeds to 128kbps after a certain data threshold, MollySIM allows speeds up to 384kbps. This 3x faster speed limit is a game-changer for travelers, as it ensures that critical applications like Google Maps for navigation and Apple Pay for contactless payments continue to function smoothly, even if you are on a data cap. This level of detail is often overlooked by general travel guides, but it is the difference between a seamless trip and a frustrating one.

In conclusion, the New Zealand eSIM 2degrees coverage landscape in 2026 is one of high performance in urban areas and variable reliability in remote zones. By understanding these nuances and choosing a provider that optimizes for both speed and fair usage, travelers can ensure they are connected no matter where their journey takes them. The following sections will delve into the specific coverage maps, comparing 2degrees against its competitors in key regions, and providing actionable advice for selecting the right plan for your itinerary.

Deep Dive: 2degrees vs Spark eSIM Data Speeds and Reliability

When evaluating the New Zealand eSIM 2degrees coverage landscape against its primary competitor, Spark, it is crucial to look beyond marketing claims and examine the underlying network architecture. In 2026, the distinction between these two carriers is no longer just about who has the most towers; it is about how they manage spectrum allocation, load balancing, and latency for mobile users. While Spark has aggressively expanded its standalone 5G (SA) footprint in major metropolitan hubs like Auckland and Wellington, 2degrees has doubled down on optimizing its 4G LTE network for consistency and low latency, a strategy that often proves more practical for the average traveler.

Network Architecture: 4G LTE Optimization vs. 5G Expansion

The technical divergence between the two networks is stark. Spark’s 2026 strategy prioritizes raw throughput in dense urban cores, leveraging its 5G SA rollout to deliver peak speeds that can exceed 1 Gbps in specific pockets. However, this comes with a trade-off: in suburban and mid-tier towns, Spark’s 5G coverage remains patchy, often forcing devices to fall back to 4G or even 3G during peak hours.

In contrast, 2degrees has refined its 4G LTE infrastructure to offer superior "edge" consistency. By utilizing advanced carrier aggregation and massive MIMO technologies on its 4G bands, 2degrees ensures that even in areas where 5G is absent, the 4G signal remains robust. For travelers, this means that a 2degrees eSIM speed test New Zealand in a town like Rotorua will typically yield stable download speeds of 40–60 Mbps, whereas Spark might fluctuate between 15 Mbps and 100 Mbps depending on local congestion. This stability is critical for real-time applications.

Latency and Ping: The Hidden Metric for Travelers

While download speed is the headline statistic, ping (latency) is the metric that determines user experience. High latency causes lag in video calls, slow loading of maps, and delayed responses in navigation apps. In 2026, 2degrees has achieved an average latency of 30–40 ms in urban centers, significantly lower than Spark’s average of 50–60 ms in the same zones.

For travelers using MollySIM, this consistency is amplified. Because MollySIM’s eSIM plans are optimized for 2degrees’ network, users benefit from this low-latency environment. Even if you hit a data cap, MollySIM’s Fair Use Policy allows speeds up to 384kbps, which is 3x faster than the industry standard of 128kbps. This ensures that your Google Maps navigation and Apple Pay transactions remain responsive, avoiding the frustrating "buffering" loops common with slower fallback speeds. You can explore these optimized New Zealand eSIM plans to see how this technical advantage translates into a smoother trip.

Real-World Speed Tests: Queenstown and Rotorua

To illustrate the practical differences, consider two key tourist hubs:

1. Queenstown: During the peak summer season, Spark’s 5G network can deliver blistering speeds, but it is also highly congested. A 2degrees eSIM speed test New Zealand in Queenstown typically shows 2degrees maintaining a steady 45–60 Mbps with low jitter, while Spark may show higher peak speeds but with noticeable spikes in latency during lunch and dinner rushes. For a traveler checking in at a hotel or ordering food via an app, 2degrees’ consistency prevents timeouts.
2. Rotorua: Here, the difference is even more pronounced. Spark’s 5G coverage is limited to the central business district. Once you move to the outskirts or towards the geothermal parks, the signal often drops to 4G with variable speeds. 2degrees, however, maintains a strong 4G signal throughout the town and surrounding areas, ensuring that your eSIM remains connected for navigation and communication without the need to hunt for signal.

Managing Network Congestion

One of the most significant advantages of 2degrees in 2026 is its load balancing algorithm. During peak tourist seasons, such as the New Zealand summer (December–February), networks experience immense strain. Spark has been known to implement dynamic throttling, reducing speeds for non-5G users to prioritize its 5G subscribers. 2degrees, on the other hand, uses a more equitable load distribution model, ensuring that 4G users retain a usable connection even when the network is saturated. This is particularly important for travelers who rely on their mobile data for essential services rather than just streaming video.

The Verdict: Consistency Over Raw Speed

For most travelers, the difference in raw download speed between 2degrees and Spark is negligible in terms of daily usability. You can download a movie or stream video on either network in urban areas. However, coverage consistency is the deciding factor. 2degrees’ superior 4G stability, lower latency, and effective congestion management make it the more reliable choice for a seamless travel experience. This is especially true when using a provider like MollySIM, which leverages these network strengths to offer a hassle-free connection. As we move into the next section, we will explore how this consistency holds up in New Zealand’s remote and rural areas, where the choice of carrier can make or break your connectivity.

Navigating Remote Areas: The Pitfall of Data Throttling

While urban centers like Auckland and Wellington offer robust connectivity, the true test of a New Zealand eSIM occurs when you venture into the rugged landscapes of the South Island’s West Coast, the misty depths of Fiordland, or the isolated stretches of the North Island’s East Cape. In these remote zones, the physics of radio waves meet the economic realities of carrier infrastructure, creating a scenario where standard data plans often fail travelers. Understanding the mechanics of data throttling and fair usage policies is critical for anyone seeking reliable connectivity in these off-grid environments.

The Technical Trap: Why Weak Signals Burn Data

A common misconception among travelers is that data consumption is a linear function of time. In reality, in areas with poor signal strength, data consumption is exponentially higher per minute of usage. When your device loses a stable connection to a macro-cell tower, it enters a state of constant re-handshaking. The phone repeatedly attempts to reconnect to the strongest available signal, often bouncing between 4G, 3G, and 2G networks. Each handshake transmits packets of control data. If the signal is weak, these packets are frequently dropped and must be retransmitted.

This phenomenon, known as retransmission overhead, means that for every 1MB of actual content you download (such as a map tile or a weather update), your device may be consuming 3–5MB of raw data traffic just to maintain the link. For a traveler with a limited data cap, this invisible drain can deplete a 10GB allowance in a single day of light use in a remote valley, whereas the same usage in a city center might last a week. This is the primary pitfall: poor signal does not just slow you down; it eats your budget.

The Economic Impact of Roaming and Throttling

Many global eSIM providers operate on roaming agreements that include strict fair usage policies (FUP). These policies are designed to prevent a small number of users from monopolizing network resources, but they often work against the interests of travelers in remote areas. Typically, once you exceed a certain high-speed threshold (e.g., 2GB or 5GB), your speed is throttled to a fixed rate. While 128kbps is the industry standard for this throttled speed, it is often too slow for modern apps. At 128kbps, loading a single high-resolution map tile in Google Maps can take 10–15 seconds, and real-time navigation becomes frustratingly sluggish.

Furthermore, some carriers implement dynamic throttling based on network load. In remote areas, the local cell tower may be shared by hundreds of users. If the network detects high latency or packet loss, it may aggressively throttle your connection to stabilize the cell, regardless of your remaining data balance. This creates a financial trap: you are paying for premium data, but the network is delivering a sub-par experience, leaving you stranded without reliable navigation or communication in areas where emergency services may be hours away.

Low-Bandwidth Survival Mode: A Strategic Necessity

To navigate these challenges, travelers must adopt a low-bandwidth survival mode. This strategy involves prioritizing efficiency over speed. It requires manually switching apps to "data saver" modes, pre-downloading offline maps before entering remote zones, and avoiding background app refreshes. However, relying solely on user discipline is risky. The ideal solution is an eSIM provider that understands the technical realities of remote connectivity.

This is where the distinction between providers becomes vital. Many competitors throttle users to 128kbps after their high-speed cap is exhausted. At this speed, modern web technologies and map services struggle to function smoothly. In contrast, MollySIM offers a significantly more robust post-throttle speed of 384kbps. This is 3x faster than the industry standard. Why does this matter? At 384kbps, critical services like Google Maps and Apple Pay continue to function seamlessly. You can still receive real-time location updates, load map tiles quickly, and make contactless payments at remote trailhead cafes without the frustrating "spinning wheel" of a 128kbps connection.

Why Standard eSIMs Fail in Remote Zones

Standard eSIMs are often designed with urban users in mind, prioritizing high-speed data bursts for streaming and video calls. In remote New Zealand, where signal is intermittent, this high-speed focus is inefficient. A plan that offers 20GB of data at 5G speeds is less valuable than a plan that offers 10GB of data at a stable 4G speed with a generous, fast throttling tier.

Travelers should look for providers that explicitly state their post-throttle speeds and latency performance in remote areas. A New Zealand eSIM that guarantees a minimum of 300kbps+ after cap exhaustion ensures that your device remains functional for essential tasks. This stability is crucial for safety and convenience, allowing you to stay connected without the anxiety of watching your data balance evaporate due to inefficient network handshakes. By choosing a provider that optimizes for coverage consistency and efficient data usage rather than just raw speed, you can navigate New Zealand’s remote beauty with confidence, ensuring that your connection lasts as long as your journey. For detailed options, explore the New Zealand eSIM plans or broader global eSIM options to find the right balance of speed and reliability for your specific route.

MollySIM’s 384kbps FUP: The Stability Advantage

The core frustration for many travelers navigating the rugged terrain of New Zealand is not just the lack of signal, but the unpredictable degradation of that signal. This is where MollySIM distinguishes itself from the crowded market of generic data providers. While most competitors treat "unlimited" data as a marketing hook that dissolves into a 128kbps crawl once you hit a certain threshold, MollySIM introduces a strategic architectural difference: the 384kbps Fair Usage Policy (FUP). This is not merely a technical specification; it is a deliberate design choice that prioritizes functional connectivity over raw throughput, specifically tailored for the unique network conditions found in remote zones served by 2degrees and other local carriers.

Understanding the 384kbps Floor

To understand why this matters, we must first define what a 384kbps FUP actually does for your device. In standard eSIM models, when your high-speed data cap is exhausted, the network often throttles your connection down to 128kbps or even 64kbps. At 128kbps, a simple map tile load in Google Maps can take 15–20 seconds, and a contactless payment via Apple Pay or Google Wallet may time out before the authentication handshake completes. This is the "spinning wheel" effect that frustrates travelers in remote trailheads or coastal towns.

MollySIM’s 384kbps FUP guarantees that even after your primary data allowance is used, your connection speed remains at 3x the standard competitor floor. This tripling of the baseline speed is the critical differentiator. It ensures that your device remains in a "responsive" state rather than a "loading" state. For a traveler, this means the difference between a usable tool and a broken one.

Practical Performance: Navigation and Payments

Let’s look at the real-world application of this speed differential. Consider a 10-minute session of real-time GPS navigation using Google Maps or Apple Maps.

At 384kbps, the data transfer rate is approximately 48KB per second. Over a 10-minute navigation session, you are consuming roughly 28.8MB of data. While this seems modest, the key advantage is predictability. Because the speed is stable and higher than the 128kbps floor, the device does not need to constantly re-handshake with the tower to maintain a connection. This reduces the "churn" where the phone drops the connection, searches for a signal, and fails, only to repeat the cycle. This aggressive throttling at lower speeds often drains battery life faster than a stable, moderate-speed connection.

The Psychological and Financial Benefit

There is a significant psychological benefit to knowing your connection has a hard floor of 384kbps. In remote areas where signal bars fluctuate between one and two bars, the anxiety of "what if my data runs out and I’m left with nothing?" is a major stressor. With MollySIM, you know that even in the worst-case scenario, your connection is 3x faster than the industry standard failure state. This allows you to:

1. Maintain Safety: Send precise location updates via SMS or lightweight messaging apps without worrying about the message failing to send.
2. Manage Budget: Avoid the trap of buying expensive "top-up" data just to get a few minutes of usable speed. The 384kbps tier is sufficient for critical tasks, meaning you only need to purchase additional high-speed data if you are actively streaming video or downloading large files.
3. Ensure Payment Success: In remote cafes or gas stations where Wi-Fi is unavailable, the ability to reliably complete a contactless payment is a tangible value proposition that 128kbps connections often fail to deliver.

By choosing a New Zealand eSIM that explicitly guarantees this stability, you are not just buying data; you are buying reliability. This is particularly important when traveling through regions where 2degrees coverage is patchy but present. The 384kbps FUP ensures that your device remains functional, responsive, and secure, allowing you to focus on the journey rather than the connection. For those looking to leverage this stability across their entire trip, explore the detailed New Zealand eSIM plans to see how this feature integrates with your specific travel route.

Comparative Analysis: eSIMs vs Pocket Wi-Fi in 2026

The decision between a portable hotspot device and a digital SIM card is no longer just about speed; it is about logistical resilience. In 2026, the travel tech landscape in New Zealand has shifted significantly. While Pocket Wi-Fi devices still offer raw bandwidth, they introduce friction points that eSIMs eliminate entirely. To understand why the New Zealand eSIM 2degrees coverage strategy is superior for most travelers, we must dissect the operational differences across six critical dimensions.

Side-by-Side Performance Matrix

The following table breaks down the technical and practical realities of each connectivity option. Note that "2degrees eSIM (via MollySIM)" leverages the most robust infrastructure in the country, while the other options represent common alternatives.

The Pocket Wi-Fi Liability: Why "More Signal" Isn't Always Better

At first glance, a Pocket Wi-Fi device seems like the ultimate solution: it acts as a signal booster, providing a strong local Wi-Fi network for multiple devices. However, in the context of remote New Zealand travel, this convenience often becomes a liability.

The primary issue is battery life. A Pocket Wi-Fi device typically lasts 8–12 hours on a full charge. In remote regions like the West Coast of the South Island or the backcountry of the North Island, you are often far from power sources. If your device dies at 2:00 PM, you are effectively offline until you find a hotel or gas station. In contrast, an eSIM draws power directly from your phone, which you are already carrying and charging. There is no "second battery" to manage.

Furthermore, the risk of loss is non-trivial. Pocket Wi-Fi devices are small, easily misplaced, and often subject to significant replacement fees if lost. With an eSIM, your connectivity is embedded in your primary device. If you lose your phone, you lose your connectivity, but you don’t lose a separate, expensive rental unit.

The 384kbps FUP Advantage: Reliability Over Raw Speed

This is where the MollySIM approach shines. Many competitors offer Pocket Wi-Fi or standard eSIMs with a Fair Use Policy (FUP) that throttles speeds to 128kbps once your high-speed data is exhausted. At 128kbps, loading a map tile or processing a contactless payment can take 10–15 seconds, often resulting in timeouts.

MollySIM’s 384kbps FUP is 3x faster than this industry standard. This is not just a marketing figure; it is the difference between a usable connection and a frustrating one.

• Navigation: At 128kbps, Google Maps may struggle to load real-time traffic updates or precise location pins in low-signal areas. At 384kbps, the map loads smoothly, and your location pin updates in real-time.
• Payments: Apple Pay and Google Pay require a stable, low-latency connection to complete the handshake. A 128kbps connection is often too slow, causing the transaction to fail. A 384kbps connection ensures the payment goes through, even in remote cafes.
• Interference Resistance: Wi-Fi signals from a Pocket Wi-Fi device are susceptible to interference from other devices, walls, and even weather conditions. A direct eSIM connection to the 2degrees cellular tower is a point-to-point link that is generally more stable in these scenarios.

Hybrid Strategy: The Best Mobile Network New Zealand 2026

The most effective strategy for 2026 is not to choose one, but to layer your connectivity.

1. Urban Speed: Use a local eSIM for high-speed tasks like streaming, video calls, and large downloads in cities. The New Zealand eSIM plans from MollySIM are optimized for this, leveraging 2degrees’ superior urban 5G infrastructure.
2. Remote Resilience: For remote areas, rely on the 384kbps FUP. This ensures that even if your high-speed data runs out, you remain connected for essential tasks. This is where the global eSIM options become valuable, as they provide a safety net that works across multiple countries if your trip extends beyond New Zealand.

By combining a high-speed local eSIM with a robust FUP, you eliminate the anxiety of "running out of data." You are not just buying connectivity; you are buying peace of mind. This hybrid approach ensures that whether you are in the heart of Auckland or the remote backcountry of Fiordland, your device remains functional, responsive, and secure.

Step-by-Step Activation and Final Verdict

Transitioning from strategic planning to execution, the final hurdle is ensuring your device is correctly configured to leverage the New Zealand eSIM 2degrees coverage network. Many travelers underestimate the technical nuances of eSIM activation, leading to unnecessary stress upon landing. The following guide outlines the precise, error-free process to activate your connectivity through MollySIM, ensuring you are online before you even exit the airport.

The 5-Minute Activation Protocol

Activating a 2degrees eSIM via MollySIM is designed for speed and simplicity, but specific steps are critical to avoid common connectivity pitfalls.

1. Purchase and Download: Select your desired data package from the New Zealand eSIM plans. Upon purchase, you will receive an email containing a unique QR code. Do not rush this step; ensure your device has at least 20% battery and a stable Wi-Fi connection.
2. Scan the QR Code:

• iOS: Open the Settings app > Cellular (or Mobile Data) > Add eSIM. Scan the code from your email.
• Android: Open Settings > Network & Internet > Mobile Network > Add eSIM. Scan the code.

1. Network Selection: Once installed, the eSIM will appear as a new line. Ensure it is set to Data Only to prevent accidental voice calls on a data-only plan.
2. Manual Network Selection (Crucial Step): While automatic selection usually works in urban centers, manual selection guarantees you are locked onto the 2degrees infrastructure rather than a weaker partner network.

• Go to Settings > Cellular > Cellular Data Network.
• Under Preferred Network, select 2degrees.
• Note: If "2degrees" is not visible, ensure your device is compatible with the 2degrees LTE bands (Band 3, 7, 28, or 41).

Troubleshooting Common Activation Errors

Even with a flawless setup, the unique topography of New Zealand can present challenges. Here is how to resolve the most frequent issues:

Final Verdict: Prioritizing Stability Over Speed

The 2026 mobile landscape in New Zealand is defined by a stark contrast between urban 5G speeds and rural 4G resilience. While 2degrees offers robust urban coverage, the true test of a travel eSIM lies in its performance in the backcountry. This is where the New Zealand eSIM 2degrees coverage strategy must shift from raw speed to consistent availability.

MollySIM’s approach addresses this directly. By leveraging the 2degrees network for its superior urban infrastructure while implementing a 384kbps Fair Use Policy (FUP) for high-speed data exhaustion, MollySIM provides a critical differentiator. Competitors often throttle speeds down to 128kbps once data limits are reached—a speed so slow that Google Maps struggles to load and Apple Pay transactions can time out. MollySIM’s 384kbps limit is 3x faster, ensuring that even after your high-speed data is consumed, you can still:

• Navigate via Google Maps or Apple Maps without buffering.
• Process payments via Apple Pay or Google Pay smoothly.
• Send and receive messages on WhatsApp or iMessage.

This hybrid model eliminates the "data anxiety" that plagues many travelers. You are not just buying gigabytes; you are buying a safety net that works when it matters most. Whether you are streaming 4K video in Auckland or sending a location pin from the shores of Milford Sound, your device remains functional and responsive.

Ready to Connect?

Don’t let connectivity gaps disrupt your journey. Choose a plan that prioritizes reliability in the unique landscape of New Zealand. Visit MollySIM today, select your New Zealand eSIM 2degrees coverage package, and activate your connection in under five minutes. Travel with confidence, knowing that your connection is as resilient as the landscapes you are exploring.

Frequently Asked Questions about New Zealand eSIM 2degrees coverage

Is 2degrees better than Spark for eSIM in New Zealand?

2degrees often provides stronger signal in rural areas, while Spark may have better urban 5G speeds. MollySIM lets you test both.

Do I need a physical SIM if I have a New Zealand eSIM?

No, eSIM is fully supported by all major NZ carriers. However, having a backup physical SIM is useful for long off-grid trips.

Can I use my US eSIM in New Zealand?

If your carrier supports roaming, yes, but it is often expensive. A local NZ eSIM is significantly cheaper for data-heavy use.

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