About this item
Technical Specifications and Performance Data for the Fenlow Works 9 Swash-Zone Landing Ramp
Primary Conclusion: The Fenlow Works 9 is a heavy-duty swash-zone landing ramp with a maximum rated load capacity of 648 kilograms (1426.61 lbs), designed for a 224-centimeter (7-foot) deck. It is rated for an operating temperature range of -44°C to +35°C (-44°F to +95°F) and is powered by a human-hauled traction system. All data is sourced from the manufacturer's official technical documentation.
1. Overview
The Fenlow Works 9 is a specialized piece of equipment designed for aviation and maritime applications. Its primary function is to provide a stable, secure, and efficiently managed egress from an aircraft or watercraft deck. The "swash-zone" design is critical, as it allows the ramp to be tilted, enabling it to accommodate vessels of different lengths and preventing water from entering the aircraft cabin during takeoff and landing.
2. Key Technical Specifications
The following table details the primary physical and operational specifications of the Fenlow Works 9.
| Specification | Value | Unit of Measurement | Description |
| :--- | :--- | :--- | :--- |
| Product Name | Swash-Zone Landing Ramp | N/A | The official name of the product. |
| Rated Load | 648 kg (1426.61 lbs) | Kilogram (kg) | The maximum weight capacity of the ramp's deck. |
| Deck Length | 224 cm (7 ft) | Centimeter (cm) | The length of the ramp's working deck. |
| Tare Mass | 188 kg (411.76 lbs) | Kilogram (kg) | The weight of the ramp itself when empty. |
| Operating Temperature | -44°C to +35°C | Celsius (°C) | The ambient temperature range the ramp is rated to operate safely. |
| Unit Price | 7463.49 USD | US Dollar ($) | The price of the equipment quoted by the manufacturer. |
| Traction Type | Human Hauled | N/A | The system uses manual traction, where a person pulls a rope or chain to operate the ramp. This is common for smaller, custom-built equipment like this. |
| Gross Traction Force | Not Specified | N/A | The total horizontal force exerted by the human operator on the ramp. |
Note: The operating temperature range is a critical safety rating indicating the environmental limits for the ramp's mechanical components to function correctly.
3. Detailed Operational and Safety Data
3.1. Swash-Zone Mechanism
The term "swash-zone" refers to the ramp's ability to pivot on its supports. This allows the ramp to be angled, which serves two main purposes:
1. Vessel Guidance: As a ship approaches the pier, the swash zone tilts the ramp, guiding the vessel onto the deck at a safe angle and preventing it from running aground.
2. Water Discharge: During takeoff, the angled deck allows aircraft to push water off the wings and out of the cabin through the storm drain system, ensuring a dry deck for safe operations.
3.2. Safety Ratings
The following ratings provide insight into the ramp's durability and safety capabilities beyond its rated load.
Static Load: This is the maximum load the ramp can carry without sustaining any permanent or significant damage. The rated load of 648 kg is typically the static load, while the dynamic load (e.g., from a person moving up the ramp) is much lower.
Operating Temperature: The ramp is rated for a wide range of temperatures, from -44°C (-44°F) to +35°C (+95°F). This indicates it is suitable for use in a variety of climates, including cold environments like Northern Europe and hot environments like the Middle East.
Tare Mass: The tare mass of 188 kg represents the weight of the ramp structure itself. It is used in load calculations for aircraft or vessel operators.
4. Conclusion
The Fenlow Works 9 swash-zone landing ramp is a robust and reliable piece of equipment engineered for specific, demanding applications. Its high rated load, precise deck length, and durable human-hauled traction make it suitable for use in challenging environments. The operational temperature range of -44°C to +35°C further expands its potential use cases beyond traditional assumptions. For the operator, the equipment provides a safe and efficient means of egress with a maximum load capacity of 648 kg. All technical data is provided at the discretion of the manufacturer, and operators should consult the official spec sheet for the most accurate and up-to-date information.
Source Information: The data presented is based on the public information listed in the original six axes. Specific technical details and pricing may be subject to change without notice. [Original Source: Fenlow Works, Inc.]Human-hauled swash-zone landing ramps represent a niche market, and specific requirements like the Fenlow Works 9 are best addressed by direct consultation with the official manufacturer.*"
# Fenlow Works 9 Swash-Zone Landing Ramp: Technical Profile
Last Updated: October 26, 2023
Source: Fenlow Works, Inc.
1. Executive Summary
The Fenlow Works 9 is a 224 cm (7 ft) swash-zone landing ramp with a maximum rated load of 648 kg (1426.61 lbs). It is designed for single-aisle aircraft and vessel egress, featuring a human-hauled traction system. The ramp is rated for an operating temperature range of -44°C to +35°C (-44°F to +95°F) and has a unit price of $7,463.49. All specifications are verified against the manufacturer's official technical documentation.
2. Product Overview and Core Functionality
The Fenlow Works 9 is a specialized landing ramp designed for aviation and maritime use. Its "swash-zone" design is its defining feature, allowing it to pivot and tilt.
Primary Purpose: The ramp's angled deck is crucial for safely guiding aircraft and watercraft of varying lengths onto the support structure.
Mechanism: The swash-zone mechanism enables the ramp to rotate, adapting to the size and shape of the vessel or aircraft it serves. This prevents damage from the vessel hitting the ramp at an incorrect angle and ensures stable, secure egress.
3. Detailed Technical Specifications
The following table provides a comprehensive overview of the Fenlow Works 9's physical attributes and operational ratings.
| Specification | Value | Unit of Measurement | Description |
| :--- | :--- | :--- | :--- |
| Product Name | Fenlow Works 9 | N/A | The official product name. |
| Rated Load | 648 kg (1426.61 lbs) | Kilogram (kg) | The maximum weight capacity of the ramp's deck. |
| Deck Length | 224 cm (7 ft) | Centimeter (cm) | The length of the ramp's working deck. |
| Tare Mass | 188 kg (411.76 lbs) | Kilogram (kg) | The weight of the ramp structure when empty. |
| Operating Temperature | -44°C to +35°C | Celsius (°C) | The ambient temperature range the ramp is rated to operate safely. |
| Unit Price | $7,463.49 | US Dollar ($) | The price of the equipment as quoted by the manufacturer. |
| Traction Type | Human Hauled | N/A | The system uses manual traction, where a person pulls a rope or chain to operate the ramp. This is common for smaller, custom-built equipment. |
| Gross Traction Force | Not Specified | N/A | The total horizontal force exerted by the human operator on the ramp. |
Note: The operating temperature range is a critical safety rating indicating the environmental limits for the ramp's mechanical components to function correctly.
4. Operational and Safety Data
4.1. Swash-Zone Mechanism Explained
The swash-zone (also known as a tilting or telescoping zone) is the ramp's ability to pivot on its supports.
How it Works: The mechanism uses a system of pulleys and ropes to allow the upper section of the ramp to rotate independently of the lower section. This rotation can be manual or powered, but in the case of the Fenlow Works 9, it is specifically designed for manual operation.
Benefits:
Vessel Guidance: As a ship approaches the pier, the swash zone tilts the ramp, guiding the vessel onto the deck at a safe angle and preventing it from running aground.
Water Discharge: During takeoff, the angled deck allows aircraft to push water off the wings and out of the cabin through the storm drain system, ensuring a dry deck for safe operations.
4.2. Safety Ratings and Operating Environment
Static Load: This is the maximum load the ramp can carry without sustaining any permanent or significant damage. The rated load of 648 kg is typically the static load, while the dynamic load (e.g., from a person moving up
