> ## Documentation Index
> Fetch the complete documentation index at: https://www.narev.ai/docs/llms.txt
> Use this file to discover all available pages before exploring further.

# BOYSE Nine Alpha non-jet arrival to runways 09 and 34

> BOYSE Nine Alpha non-jet arrival to runways 09 and 34.

This arrival is for **non-jet aircraft only**. This **RNP 1** arrival uses magnetic tracks and distances in nautical miles (NM). Altitudes are feet above mean sea level. Maximum indicated airspeed (IAS) is **250 kt below 10,000 ft**, with the additional runway-specific speeds below.

The route tables keep **segment minimum altitudes** separate from **waypoint crossing restrictions**. Distances are for each leg.

## Runway 09

Fly **230 kt IAS from BELTA**, then **no more than 185 kt from GUPUG**. The chart’s ATC approach-speed range at **GUPUG is 160–185 kt**.

| From | Track | To | Distance | Segment minimum altitude | Crossing restriction |
| - | - | - | - | - | - |
| BOYSE | 245° | VALES | 16 NM | 4,200 ft | VALES at or above 9,000 ft |
| VALES | 245° | LUSTU | 5 NM | 4,100 ft | LUSTU at or below 9,000 ft |
| LUSTU | 245° | ANBEL | 6 NM | 4,100 ft | — |
| ANBEL | 245° | BUVIV | 6 NM | 4,100 ft | — |
| BUVIV | 245° | NEFER | 3 NM | 4,100 ft | NEFER at or above 7,000 ft |
| NEFER | 248° | BELTA | 7 NM | 3,000 ft | BELTA at or above 5,000 ft |
| BELTA | 224° | OPAVA | 9 NM | 3,000 ft | OPAVA at or below 6,000 ft |
| OPAVA | 215° | UPKAN | 3 NM | 3,000 ft | UPKAN at or above 4,000 ft |
| UPKAN | 173° | GUPUG | 4 NM | 3,000 ft | GUPUG between 3,000 and 4,000 ft |

Turn **right at NEFER**, then **left at BELTA**, **left at OPAVA** and **left at UPKAN**. From GUPUG, continue via the cleared [GLS runway 09](https://www.narev.ai/docs/irl-gym/airports/melbourne/charts/gls-runway-09.md) or [RNP runway 09](https://www.narev.ai/docs/irl-gym/airports/melbourne/charts/rnp-runway-09.md) approach.

## Runway 34

Fly **230 kt IAS from VENVO**, then **no more than 185 kt from AKDEL**. The chart’s ATC approach-speed range at **AKDEL is 160–185 kt**.

| From | Track | To | Distance | Segment minimum altitude | Crossing restriction |
| - | - | - | - | - | - |
| BOYSE | 223° | MAXAL | 15 NM | 4,400 ft | MAXAL at or above 9,000 ft |
| MAXAL | 210° | OLTUR | 18 NM | 5,000 ft | OLTUR between 5,000 and 9,000 ft |
| OLTUR | 210° | VENVO | 6 NM | 3,000 ft | — |
| VENVO | 210° | GOOLA | 5 NM | 3,000 ft | GOOLA at or above 4,000 ft |
| GOOLA | 246° | BOLTY | 3 NM | 3,000 ft | BOLTY at or above 3,000 ft |
| BOLTY | 250° | AKDEL | 4 NM | 2,500 ft | — |

Turn **left at MAXAL**, **right at GOOLA** and **right at BOLTY**. From AKDEL, continue via the cleared [GLS runway 34](https://www.narev.ai/docs/irl-gym/airports/melbourne/charts/gls-runway-34.md) or [RNP runway 34](https://www.narev.ai/docs/irl-gym/airports/melbourne/charts/rnp-runway-34.md) approach.

**Identify Melbourne runway 34 by its runway threshold identification lights. Essendon Airport is 5 NM south-east of ML.**

## Radio failure in instrument conditions

Set transponder code **7600**. Comply with the vertical-navigation requirements, but **do not descend below the minimum sector altitude**. Follow the latest arrival clearance to the nominated runway, then fly the most suitable approach.

## Frequencies

All frequencies are MHz.

| Service | Frequency |
| - | - |
| ATIS | 114.1 or 118.0 |
| Approach | 132.0 |
| Tower | 120.5 |
| Surface movement | 121.7 |

## Sector altitudes and chart conventions

The **10 NM minimum sector altitude (MSA) is 3,300 ft**. The **25 NM MSA**, centred on the **YMML aerodrome reference point**, is **4,500 ft in the northern sector** and **3,700 ft in the southern sector**. The boundaries are labelled **B-080° on the west side** and **B-260° on the east side**; these are bearing labels, not VOR radials.

The diagram uses **12° east magnetic variation** and is **not to scale**. **YMEN** identifies nearby Essendon Airport.

Chart **MMLSR01-183**, revised **12 June 2025**, from the fixed publication cycle effective **3 September 2026**.

Source: © Airservices Australia, [Departure and Approach Procedures](https://www.airservicesaustralia.com/aip/current/dap/), MMLSR01-183.


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