Electric Bike Routing 最后更新时间: 2026年07月02日

Overview

Starting with Navigation SDK v8.0.0, electric bike route planning and navigation are fully supported. To use this feature, you must work with the AMapNaviEleBikeManager class.

Important: Electric bike route planning is a paid service. Whether you are requesting a trial or applying for production use, please submit a business cooperation ticket through the ticket system. Otherwise, route calculation will fail by default.

To implement electric bike route planning, you need to understand the following three classes:

- AMapNaviEleBikeManager — The electric bike navigation manager class. It provides methods for route planning, pre-trip route selection, and rerouting during navigation.

Note: Starting with Navigation SDK v8.0.0, the init method of AMapNaviEleBikeManager is deprecated. Use the singleton [AMapNaviEleBikeManager sharedInstance] instead. When the class's dealloc function is called, or at an appropriate time (such as when the navigation view controller is popped), call [AMapNaviEleBikeManager destroyInstance] to destroy the singleton. If the singleton is not destroyed successfully, check whether it is strongly referenced.

- <AMapNaviEleBikeManagerDelegate> — The electric bike navigation manager delegate protocol. It provides callback interfaces for events during route calculation and navigation, such as route planning success/failure, TTS strings, weak GPS signal, and arrival at the destination.

- <AMapNaviEleBikeDataRepresentable> — The electric bike navigation data protocol. It provides callback interfaces for real-time data during route calculation and navigation, such as guidance information (NaviInfo) and positioning information.

Notes

- Route planning requires a network connection.

- You can obtain the start and end points in several ways, for example:

- Use the coordinate picker to query the coordinates of a desired point.

- Use the POI search in the Search SDK to find points of interest as start or end points.

- Three methods are available for electric bike route planning, as shown in the table below:

Method	Parameter Description	Return Value	Description
calculateEleBikeRouteWithEndPoint:	endPoint: Endpoint coordinate	BOOL — Indicates whether the route planning prerequisites and parameter validation succeeded, not whether the route calculation itself succeeded.	Route planning with only an endpoint (longitude/latitude). The current location is used as the start point internally.
calculateEleBikeRouteWithStartPoint:endPoint:	startPoint: Start point coordinate<br>endPoint: Endpoint coordinate	BOOL — Same as above.	Route planning with both start and end points as longitude/latitude coordinates.
calculateEleBikeRouteWithStartPOIInfo:endPOIInfo:strategy:	startPOIInfo: Start point POIInfo<br>endPOIInfo: Endpoint POIInfo<br>strategy: Route calculation strategy	BOOL — Same as above.	Route planning with both start and end points as POIInfo objects. The start point can be nil; the current location is used as the start point internally.

Recommendation: Use the -calculateEleBikeRouteWithStartPOIInfo:endPOIInfo:strategy: method for route planning. The SDK automatically completes other information based on the POIId or startPOIInfo.startAngle, resulting in a more reasonable route and reducing detours.

Usage

Step 1: Set the Start and End Points

// Initialize start and end points using POI
self.startPOIInfo = [[AMapNaviPOIInfo alloc] init];
self.startPOIInfo.mid = @"B0FFFAB6J2";

self.endPOIInfo = [[AMapNaviPOIInfo alloc] init];
self.endPOIInfo.mid = @"B0FFIA9OE8";

Step 2: Calculate the Route

// Calculate the electric bike route using POI
[[AMapNaviEleBikeManager sharedInstance] calculateEleBikeRouteWithStartPOIInfo:self.startPOIInfo
                                                                   endPOIInfo:self.endPOIInfo
                                                                     strategy:AMapNaviTravelStrategyMultipleDefault];

Step 3: Handle the Result

When the electric bike route calculation succeeds, the -rideManagerOnCalculateRouteSuccess: callback is triggered. In this callback, you can display the planned route or start navigation directly.

- (void)rideManagerOnCalculateRouteSuccess:(AMapNaviRideManager *)rideManager
{
    NSLog(@"onCalculateRouteSuccess");
    // Display the route or start navigation
}