Alex Honnold typically gets down from climbs by rappelling using standard climbing ropes, anchors, and friction devices, or by downclimbing when the route allows safe return. On large wall or alpine objectives, he may pitch down in stages on doubled ropes, use a single long rope for a faster rappel, or lower a loaded haul line while exiting the wall. His process emphasizes tested gear configurations, redundant anchors, clear communication, and conservative decision-making that minimize exposure and prevent uncontrolled falls. Below is a breakdown of common descent methods for different climbing disciplines and the specific steps Honnold commonly follows to return to the ground safely.
Key Rope Descent Methods in Climbing
Understanding how climbers descend is essential for interpreting Honnold’s approach to getting down safely. Modern climbing practice employs a small set of well-defined techniques that balance speed, security, and simplicity. Across nearly all disciplines, the choice of method depends on terrain, route profile, time of day, weather, and the team’s experience level.
Rappelling (Abseiling)
Rappelling is the controlled descent of a rope to the ground or to a lower anchor. A climbing rope is threaded through a friction device attached to the harness, and the climber manages their descent by varying hand positions on the rope. Key variables include rope diameter, sheath thickness, device type (tube, assisted-braking, or figure-eight with a munter hitch), and whether the rope is single, double, or twin rated for the route. Anchors must support the full force of the climber and be configured to direct load safely, typically through fixed bolts, natural features with tested stability, or removable gear placements that meet a conservative safety standard.
Downclimbing
Downclimbing involves moving back up the same rock, snow, or ice where the climber ascended, using feet, hands, and body positioning to maintain control. It is common on sport, trad, and even big wall routes when the descent path is straightforward and rockfall risk is low. On big walls, downclimbing is often used between pitches or when a traverse back to the line is manageable. Because it relies on friction and precise footwork rather than cutting or threading rope, it can be quieter and faster than setting up a rappel, but it is not viable on blank walls, overhanging terrain, or long routes without ledges.
Short- and Long-roping
Short-roping is a technique used in mountaineering and alpine climbing where two climbers move together on a short length of rope to reduce exposure to a cliff or crevasse. It is primarily a travel and exposure-management tool rather than a descent method, though it can facilitate moving down moderate terrain safely. Long-roping, by contrast, refers to leading with a long rope that can cover multiple pitches in one go, making it easier to descend in fewer movements, especially on large walls where hauling and lowering are part of the strategy.
How Alex Honnold Commonly Descends from Climbs
Honnold’s choice of descent depends on context: a crag session, a big wall objective, or a remote alpine line. Across all scenarios, he prioritizes redundancy, tested anchor systems, clear communication, and conservative decision-making. He manages rope carefully to prevent tangles, keeps critical gear within easy reach, and moves deliberately to avoid rushing mistakes. Below are the most common patterns he uses to get down, with notes on when and why each method is appropriate.
Standard Rappel with a Single Strand
On many single-pitch routes, Honnold rappels on a single strand tied in a figure eight or doubled through an assisted-braking device. He typically clips the device directly to his harness with a locking carabiner, threads the rope according to the manufacturer’s guidance, and tests the brake-hand position before committing to the descent. For long rappels, he may pre-thread the rope on the ground or on a ledge to save time and reduce friction-related heat buildup in the device. This method is efficient, widely understood, and adaptable to a broad range of rock types and anchor configurations.
Rappelling with Doubled Rope (Pitons or Natural Anchors)
For larger walls and alpine routes, Honnold often uses a doubled rope setup that allows him to rappel the full length of two ropes or to lower a loaded haul line. He anchors the rope to a solid, multi-point configuration—bolts, solid rock horns, or tested natural features—using a ring or a masterpoint with redundant connections. By threading both strands through the device, he achieves faster descent and reduced rope drag on complex lines. On long routes, this approach also simplifies hauling and re-ascending if conditions change.
Downclimbing on Sport and Trad Routes
When the descent is straightforward, Honnold may downclimb the same ground he climbed, especially on sport crags with accessible lower-offs and on trad lines with solid runner placements below the top. He evaluates rock quality, potential for loose holds, and exposure before choosing to come down the front. On long or committing routes, however, downclimbing is reserved for situations where he is confident about every move and where there is minimal risk from falling debris or other climbers. This method emphasizes balance, precise footwork, and careful protection placement to avoid surprises on the way down.
Lowering Haul Lines and Exiting Big Walls
On big walls, getting down often involves a combination of rappelling, lowering a haul line, and traversing to an exit ledge or portaledge. Honnold may lower the haul line to the ground or to a higher ledge while he descends on a separate rope, ensuring that he does not lose access to gear or retreat options. Before committing, he checks anchor integrity, confirms team communication, and verifies that all ropes are clear of corners or sharp features. Once on the ground or on a ledge, he organizes gear, logs time and conditions, and assesses whether the route remains a reasonable objective for the day.
Notable Details and Safety Practices in Honnold’s Process
Honnold’s approach to descent emphasizes planning and repetition. Even on well-rehearsed lines, he sets anchors thoughtfully, communicates intentions clearly, and maintains redundant systems where appropriate. He uses knots consistently, keeps load management in mind to avoid sudden surges on anchors, and considers factors like rockfall risk, group size, and weather when choosing how to get down. Reliability and repeatability are central to his method, because consistent procedures reduce the likelihood of error on high-consequence objectives.
Comparison of Common Descent Methods
| Method | Typical Use Case | Speed | Complexity | Key Advantages |
|---|---|---|---|---|
| Single-strand rappel | Single-pitch routes | Moderate | Low | Simple setup, widely applicable |
| Doubled-rope rappel | Longer walls and alpine routes | Fast | Moderate | Greater reach, easier haul management |
| Downclimbing | Straightforward terrain | Variable | Low to moderate | No rope handling, quiet exit |
| Haul-line lower + rappel | Big wall exits | Slow to moderate | High | Retains gear options, flexible retreat |
Frequently Asked Questions
- Does Honnold always rappel down? No. He chooses rappelling, downclimbing, or a combination depending on the route, terrain, and team needs.
- Is his rope setup different on big walls? On big walls he commonly uses doubled ropes and long runners to minimize drag and enable multiple descent options, including lowering haul lines.
- What role do anchors play in his process? Redundant, well-placed anchors are critical; he prefers tested bolts or solid natural features and avoids marginal placements that could compromise the descent.
- How does weather affect his choice of descent? Wet or icy rock, high winds, and reduced visibility typically push Honnold toward more conservative methods, such as rappelling on doubled rope and avoiding fast downclimbs on runout terrain.
Understanding how Alex Honnold gets down from climbs offers insight into the practical side of high-performance climbing, where reliable systems and deliberate decision-making allow extraordinary feats to be pursued with an emphasis on safety and repeatability.